Literature DB >> 33536194

Rugby's implementation lessons: the importance of a 'compliance wedge' to support successful implementation for injury prevention.

Martin Raftery1, Éanna Cian Falvey2,3.   

Abstract

Entities:  

Keywords:  concussion; implementation; injury prevention; intervention effectiveness

Mesh:

Year:  2021        PMID: 33536194      PMCID: PMC8685659          DOI: 10.1136/bjsports-2020-103454

Source DB:  PubMed          Journal:  Br J Sports Med        ISSN: 0306-3674            Impact factor:   13.800


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World Rugby (the world governing body for rugby) has been committed to evidence-based risk management of concussion since introducing an off-field assessment in 2012. That year, the Concussion in Sports consensus meeting recommended the SCAT3 as a standardised assessment for concussion in sport. The SCAT3 and SCAT5 are the basis for the World Rugby Head Injury Assessment (HIA) protocol.1 World Rugby faced two significant obstacles when aiming to implement a concussion risk management plan: (1) the global nature of the game—rugby is played in over 120 countries, and (2) rugby is a limited-interchange sport (players unable to return to play), rather than free-interchange sport (unlike many other team sports). As a limited-interchange sport, rugby needed to change the game’s laws (rules) to allow temporary substitution for head injury.

The World Rugby Research Unit

The World Rugby Research Unit (WRRU) comprises sports medicine doctors with significant on-field experience working with a team of sports scientists, academic researchers and rugby administrators. This tripartite approach is supported by Hanson et al 2 who proposed using three complementary expert groups, termed as content experts (researchers), process experts (clinicians) and context experts (members of sporting bodies) to close the gaps between injury prevention research and safety promotion practice.2 The WRRU has a primary goal to improve player welfare and safety in rugby. It has recognised that the critical driver of change in managing injuries and in particular head injuries within the sport should be based on ‘evidence, not emotion’. Figure 1 3–9 outlines the research framework that has driven changes in the process of concussion diagnosis, management, and more recently, prevention within rugby. An important measure of our concussion management interventions is the reduction in the number of concussed players returning to play following a head injury. Prior to our research-driven programme beginning in 2012, 57% of rugby union players who had a concussion returned to play,10 compared with 11% in our latest study covering the 2015–2018 period.7
Figure 1

World Rugby Research Unit (WRRU) concusssion diagnosis, management and prevention research. Published studies are referenced, †—indicates data available at https://playerwelfare.worldrugby.org/?documentid=module&module=24. HTSF, High Tackle Sanction Framework; SCAT, Sport Concussion Assessment Tool.

World Rugby Research Unit (WRRU) concusssion diagnosis, management and prevention research. Published studies are referenced, †—indicates data available at https://playerwelfare.worldrugby.org/?documentid=module&module=24. HTSF, High Tackle Sanction Framework; SCAT, Sport Concussion Assessment Tool. Eight years of concussion management experience has taught us that while a multidisciplinary implementation approach engages stakeholders, a compliance strategy (often a more onerous undertaking) is needed to change behaviour more effectively. We have progressively learnt that a successful compliance strategy requires ‘visible’ actions or ‘reinforcement from authorities’ within the sport. We termed these interventions, ‘compliance wedges’, and our experience is that their use has substantially contributed to improved implementation across our global sport.

What is a compliance wedge’?

The compliance wedge is a subtle tool used to reinforce a behaviour change early in the implementation process. All or specific stakeholders may be targeted by compliance wedges. Since commencing this project, we have used the following compliance wedges to achieve improved outcomes: Catchcry 1—‘player welfare is number 1 priority’—this was successfully negotiated as a World Rugby business priority and was used to influence administrators to support a law change to introduce temporary substitution for head injury. Catchcry 2—answer with evidence, not emotion—presented to the World Rugby Executive Committee as the priority philosophy for managing player welfare issues. The evidence supporting the reliability of the HIA process reinforced this off-field assessment during a period of intense media scrutiny. World Rugby’s decision to retain central control of competition access to the HIA process has provided a significant opportunity to implement compliance wedges with practitioners, coaches, competitions and administrators. The ability to allow or withdraw access to the HIA process has meant World Rugby could enforce such measure as: The introduction of Player Welfare Standards, now a legal requirement for competitions. This means World Rugby sets medical, education and compliance standards for all participating medical practitioners and teams through this agreement. Introduction of the CSx App—an online HIA tool that reinforced procedural compliance, facilitated uniform assessment of head injuries in rugby, underpinned research and improved data collection consistency.

Compliance wedge application

At the Rugby World Cup in Japan in 2019, we introduced a concussion prevention strategy called the High Tackle Sanction Framework (HTSF) aimed at lowering the tackle height to reduce concussion risk.9 This strategy focused on referee sanction interpretation and enforcement to lower the tackle height. Despite not using a specific ‘concussion wedge’, this strategy was successful leading to a 37% reduction in tackle concussion rates (when compared with global elite rugby competition in 2018).9 Our explanation for the success of the HTSF during Rugby World Cup (RWC) without a more directed compliance wedge focused on concussion reduction was the unique nature of this RWC competition, the closed format of the competition, easy accessibility to all referees and team doctors and the intense media scrutiny. In domestic rugby, away from the RWC spotlight and without an identified compliance wedge, we face a dilution of the advantages of the HTSF as a concussion prevention strategy. Rugby is geographically diverse and independently administered, with regional nuances in how it is played and officiated. Hanson et al 2 highlighted that a centrally driven injury prevention strategy’s success would be dependent on stakeholder support and input into implementation. Acknowledging this, World Rugby must now work to bring the game’s stakeholders into the implementation process; to help identify the most effective compliance wedge(s) to change behaviour and advance injury prevention strategy.
  9 in total

1.  Risk factors for head injury events in professional rugby union: a video analysis of 464 head injury events to inform proposed injury prevention strategies.

Authors:  Ross Tucker; Martin Raftery; Simon Kemp; James Brown; Gordon Fuller; Ben Hester; Matthew Cross; Ken Quarrie
Journal:  Br J Sports Med       Date:  2017-06-22       Impact factor: 13.800

2.  Sport Concussion Assessment Tool: baseline and clinical reference limits for concussion diagnosis and management in elite Rugby Union.

Authors:  R Tucker; E C Falvey; Gordon W Fuller; M D Hislop; J Patricios; M Raftery
Journal:  J Sci Med Sport       Date:  2020-07-23       Impact factor: 4.319

3.  The epidemiology of head injuries in English professional rugby union.

Authors:  Simon P T Kemp; Zoë Hudson; John H M Brooks; Colin W Fuller
Journal:  Clin J Sport Med       Date:  2008-05       Impact factor: 3.638

4.  Research alone is not sufficient to prevent sports injury.

Authors:  Dale Hanson; John P Allegrante; David A Sleet; Caroline F Finch
Journal:  Br J Sports Med       Date:  2012-07-21       Impact factor: 13.800

5.  The performance of the World Rugby Head Injury Assessment Screening Tool: a diagnostic accuracy study.

Authors:  G W Fuller; R Tucker; L Starling; E Falvey; M Douglas; M Raftery
Journal:  Sports Med Open       Date:  2020-01-09

6.  Effect of a concussion on subsequent baseline SCAT performance in professional rugby players: a retrospective cohort study in global elite Rugby Union.

Authors:  Ross Tucker; Eanna Falvey; Gordon Fuller; James Craig Brown; Martin Raftery
Journal:  BMJ Open       Date:  2020-08-13       Impact factor: 2.692

7.  Getting tough on concussion: how welfare-driven law change may improve player safety-a Rugby Union experience.

Authors:  Martin Raftery; Ross Tucker; Éanna Cian Falvey
Journal:  Br J Sports Med       Date:  2020-08-12       Impact factor: 13.800

  9 in total

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