The importance of the global emphasis on physical activity for health cannot be understated. However, it is crucial to address one of the adverse effects of contact sports—specifically, sport-related concussions. Sport-Related Concussion is a traumatic brain injury caused by a direct blow to the head, neck, or body resulting in an impulsive force being transmitted to the brain.
Sport-Related Concussion can present with a wide range of
signs and symptoms, and can affect a person's thinking, concentration, memory,
mood, and behaviour. These incidents are common and account for a significant
number of emergency department visits. They also have some long-term risks,
including cognitive and neurological problems.
Recent publications, like the consensus statement from the
Concussion In Sport Group and the UK Government's landmark concussion guidance,
offer valuable insights in the management of Sport-Related Concussion. This
blog – based on our recent article in the British Journal of General Practice -
aims to provide guidance on recognising, diagnosing, and managing Sport-Related
Concussion within the context of primary care.
The Changing Landscape of Sport-Related Concussion
In 2016, over 1% of emergency department visits in England
and Wales were attributed to concussions. Up to 60% of these involved children
and adolescents. A 2021 UK House of Commons report criticised the current
awareness level about Sport-Related Concussion in the UK’s NHS, indicating a
need for better recording and treatment procedures.
Recognising Sport-Related Concussion
Symptoms of Sport-Related Concussion can range from
cognitive issues to mood changes. Anyone with a suspected concussion should be
immediately removed from the field of play and assessed by an appropriate
healthcare professional within 24 hours of the injury. Those working in sport
will be aware of specialist assessment tools pertaining to individual sports
that aid clinicians when diagnosing concussion. The UK Government guidance
provides a list of 'red flags' that require immediate assessment.
Once Sport-Related Concussion has been recognised or
diagnosed, a short period (24–48 hours) of relative rest is advised, where only
light-intensity physical activity that does not, or only minimally, exacerbates
symptoms is undertaken. Subsequently, a logical graduated return to school/work
and then sport can be started, where progression through stages is dependent on
minimal and transient (the CSIG advise <1 hour) exacerbation of symptoms.
Sport-specific assessment tools exist for diagnosing
concussion, such as the Sport Concussion Assessment Tool (SCAT6). These tools
are most effective within 72 hours of the injury and evaluate symptoms,
cognitive function, and coordination.
Managing Sport-Related Concussion in Primary Care
Primary care doctors play an essential role in managing Sport-Related
Concussion. Initial management includes:
- Advising a short period of relative rest (24-48 hours)
- Reducing screen time and cognitive load
- No alcohol, solitary time, or driving within the first 24
hours
Patients with persistent symptoms beyond 28 days should be
referred for a more comprehensive assessment. Gradual return to normal
activities is advised, strictly adhering to symptom-dependent progress.
Challenges and Future Directions
The NHS's limited specialist services for treating complex
or prolonged sport-related concussion symptoms create a care gap. This could be
bridged by experts in sports medicine or primary care doctors with extended
roles in sports medicine. Emerging technologies like Inertial Measurement Units
(IMUs) in mouthguards and salivary micro-RNA samples show promise for better
recognition and understanding of sport-related concussion.
Conclusions
Sport-Related Concussion is important. Effective recognition
and management by general practitioners can significantly contribute to an
individual’s immediate and long-term health. It is also vital for local
commissioners to implement appropriate care pathways for managing this
condition. By acknowledging the complexities in management and investing in
ongoing research, we can create a healthcare system that supports both the
benefits of physical activity and the challenges it can sometimes bring.
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