FIFA Consensus Panel Unveils FOCUS Protocol for On-Pitch Concussion Assessment
A new 45-item standardized protocol aims to close the gap in sideline concussion evaluation during live football matches worldwide.
Summary
Concussion assessment during football matches has long lacked a standardized, time-efficient protocol suited to the fast-paced match environment. An international FIFA-led consensus process involving medical experts from all six football confederations has produced FOCUS — the Football-Specific Standardized On-Pitch Concussion Assessment Protocol. Using a two-round Delphi method, experts evaluated 101 candidate assessment items, ultimately selecting 45 that achieved at least 80% agreement across 11 domains, including mechanism of injury, balance, oculomotor function, orientation, and cervical spine assessment. The protocol is designed for rapid on-pitch use and aims to standardize how team physicians and medical staff identify and manage suspected concussions during match play. Wider adoption could harmonize concussion care globally, though real-world feasibility and diagnostic accuracy still need validation.
Detailed Summary
Concussion in football (soccer) is among the most scrutinized injuries in sports medicine, yet a persistent gap has existed: no standardized, evidence-based protocol existed specifically for the time-pressured, on-pitch environment of a live match. Team physicians had to rely on general concussion tools developed in other sports contexts, creating inconsistency in how players are assessed, removed from play, or cleared to continue.
To address this, FIFA Medical convened an international consensus group drawing medical representatives from all six football confederations. The study used a structured Delphi methodology — a well-validated approach for reaching expert consensus on complex clinical questions. In two rounds of scoring, experts evaluated 101 candidate assessment items previously used in concussion assessment across any sport.
Of the 101 items, 41 achieved the pre-defined consensus threshold of at least 80% agreement in round one, and six more cleared the threshold in round two. A steering committee added four items that scored 75–79%, and 12 items were merged to eliminate redundancy. The final protocol — FOCUS — comprises 45 items organized into 11 clinical domains: player medical history, mechanism of injury, visible signs, level of consciousness, cervical spine assessment, symptoms, orientation, balance, proprioception, oculomotor function, and activity-based assessment.
The protocol is structured for rapid deployment during match play, a critical requirement given the time constraints football imposes on medical staff evaluations. If adopted across FIFA member associations, FOCUS could substantially harmonize how concussion is identified and managed at all levels of the game globally — from elite professional leagues to grassroots competitions.
However, the authors acknowledge that developing consensus is only the first step. Implementation feasibility in real match conditions and the diagnostic accuracy of the protocol itself require prospective evaluation before FOCUS can be considered fully validated for widespread clinical use.
Key Findings
- FOCUS protocol includes 45 items across 11 domains, designed for rapid on-pitch concussion evaluation during football matches.
- A two-round Delphi process screened 101 candidate items; 80% expert agreement threshold was required for inclusion.
- All six FIFA confederations contributed medical experts, ensuring global representation in the consensus process.
- Domains cover orientation, balance, oculomotor function, cervical spine, and activity-based assessment among others.
- Diagnostic accuracy and real-world feasibility of FOCUS still require prospective validation studies.
Methodology
A two-round Delphi consensus process was used, with nominated medical representatives from FIFA-member associations scoring 101 candidate assessment items. Consensus was defined as at least 80% agreement for inclusion. A steering committee provided final review for borderline items and merged redundant entries.
Study Limitations
This summary is based on the abstract only, as the full paper is not open access. The protocol was developed through expert consensus rather than prospective clinical validation, meaning its real-world diagnostic accuracy and feasibility under actual match conditions remain unconfirmed. Consensus-based protocols can also reflect expert bias and may require updates as new evidence emerges.
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