[Acute Subdural Hematoma in Snowboarders:A Multivariate Analysis of 79 Cases]
Shinya Koyama1, Osamu Fukuda, Satoshi Kuroda
1Department of Neurosurgery, Saito Memorial Hospital.
Insights
Severe head injuries like acute subdural hematomas (ASDH) occur in snowboarding. Beginners are at higher risk, especially from falls on gentle slopes, highlighting the need for increased awareness and safety education.
Area of Science:
- Traumatology
- Neurology
- Sports Medicine
Background:
- Snowboarding is associated with head injuries, including severe acute subdural hematomas (ASDH).
- Understanding the specific mechanisms and patient characteristics related to snowboarding-induced ASDH is crucial for prevention and treatment.
Purpose of the Study:
- To investigate the characteristics of acute subdural hematoma (ASDH) cases in snowboarders treated at a single institution.
- To identify risk factors and injury patterns associated with ASDH in different snowboarding skill levels.
Main Methods:
- Retrospective analysis of 3,632 snowboarding-related head injury patients from 1995-2013.
- Statistical comparison between patients with ASDH and those without, and between beginner and intermediate/advanced snowboarders with ASDH.
- Review of patient questionnaires, clinical records, and radiological findings.
Main Results:
- ASDH occurred in 2.2% of snowboarding head injury patients.
- Beginners with ASDH were more likely to experience falls on slopes, incidents on gentle slopes, and had higher rates of diffuse brain swelling and mortality.
- Intermediate/advanced snowboarders with ASDH were more associated with jumps and collisions.
Conclusions:
- Snowboarding beginners face a higher risk of severe outcomes, including death, from ASDH, particularly due to falls on gentle slopes.
- Enhanced safety education focusing on fall prevention and awareness of ASDH risks for beginners is recommended.
- While personal responsibility is key, targeted educational initiatives can mitigate the risk of severe snowboarding injuries.
Abstract:
Snowboarding-related head injuries have become less common as the number of snowboarders has decreased;however, severe head injuries, such as acute subdural hematomas, occur every snowboarding season. We investigated the characteristics of cases of snowboarding-related acute subdural hematoma treated at our hospital. A total of 3,632 patients with snowboarding-related head injuries seen at our hospital between the 1995/96 and 2012/13 snowboarding seasons were enrolled in this study. Seventy-nine(2.2%)patients were diagnosed with acute subdural hematomas using computed tomography. We statistically analyzed the patient questionnaire responses, clinical records, and radiological findings. We compared the findings of the acute subdural hematoma(ASDH)group with those of the non-ASDH group. Among beginners, falling on a slope, incidents involving gentle slopes, and injuries of unknown origin were significantly more common in the ASDH group. On the other hand, among the intermediate snowboarders, incidents involving jumps, jump failure, and collisions with other snowboarders were more common in the non-ASDH group. Secondly, in an analysis involving subjects who had an ASDH, we compared the beginner group with the intermediate/advanced group. Falling on a slope, incidents involving gentle slopes, pure ASDH, diffuse brain swelling, and death were more common in the beginner group, and ASDH combined with contusions or subarachnoid hemorrhaging and incidents involving a jump were more common in the intermediate/advanced group. Finally, we summarized the cases of 10 subjects with an ASDH as well as diffuse brain swelling. Nine of the 10 patients died, 8 were first-timers or beginners, 6 had incidents involving flat or gentle slopes, and 5 had fallen on a slope. Snowboarding is a recreational sport;therefore, snowboarders must take responsibility for their actions. However, snowboarders, especially beginners, could decrease their risk of ASDH if they are informed about ASDH and take precautions to reduce their risk of falling on gentle slopes. Educational activities related to this topic should continue.
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