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  • Writer's picturezelechowski mathieu

Wrist Fracture While Snowboarding: Fracture Types, Treatments, and the Role of Physio Osteopath

Updated: Jun 1, 2023

Snowboarding is a popular winter sport that carries the risk of wrist fractures due to falls and collisions. This scientific article provides a comprehensive exploration of wrist fractures associated with snowboarding, including an overview of different fracture types, treatment options, and the important role of physiotherapist osteopaths in the rehabilitation process. Understanding these aspects is essential for effective management and successful recovery from wrist fractures sustained while snowboarding.

1. Introduction:

Snowboarding is an exhilarating sport enjoyed by many, but it also comes with the risk of upper extremity injuries, including wrist fractures. This article aims to delve into the various types of wrist fractures commonly encountered in snowboarding, the available treatment options, and the integral role played by physiotherapist osteopaths in the rehabilitation process.

2. Wrist Fracture Classification:

Wrist fractures sustained during snowboarding can involve different bones within the wrist, such as the distal radius, ulna, carpal bones, and metacarpals. Understanding the classification of these fractures is crucial for determining the appropriate treatment approach. The following are the common types of wrist fractures:

a) Distal Radius Fracture: This type of fracture occurs at the end of the radius bone and is often caused by falls onto an outstretched hand. Distal radius fractures can vary in severity, ranging from non-displaced fractures to those with significant displacement or involvement of the joint surface.

b) Ulnar Styloid Fracture: These fractures involve the ulnar styloid process, which can be injured due to compressive and torsional forces during snowboarding accidents.

c) Scaphoid Fracture: The scaphoid bone, located on the thumb side of the wrist, is susceptible to fracture due to high-impact forces or direct trauma. Scaphoid fractures are particularly challenging due to their location and potential complications, such as delayed healing or non-union.

3. Treatment Approaches:

The treatment of wrist fractures sustained during snowboarding depends on various factors, including the type and severity of the fracture. The following treatment modalities are commonly employed:

a) Conservative Management: Non-displaced fractures or fractures with minimal displacement may be treated non-surgically using immobilization techniques such as casting or splinting. These methods provide stability and support for the fractured bone, allowing natural healing to occur over a period of several weeks.

b) Surgical Intervention: Displaced fractures, open fractures, or fractures associated with ligamentous injuries often require surgical intervention. Surgical approaches may involve the use of internal fixation devices, such as plates, screws, or wires, to realign and stabilize the fractured bones, promoting proper healing.

4. The Role of

Osteopaths in Rehabilitation:

Physiotherapist osteopaths play a crucial role in the comprehensive rehabilitation of wrist fractures sustained while snowboarding. Their specialized knowledge and skills contribute significantly to the recovery process:

a) Assessment and Rehabilitation Planning: Physiotherapist osteopaths conduct a thorough assessment of the individual's wrist function, mobility, and strength. Based on this assessment, they develop personalized rehabilitation plans tailored to the specific needs of the patient, focusing on promoting healing, restoring range of motion, and improving muscular strength.

b) Pain Management and Swelling Reduction: Physiotherapist osteopaths employ various techniques, such as manual therapy, ice therapy, and electrotherapy, to manage pain and reduce swelling in the wrist region. These interventions help create an optimal environment for healing and improve overall comfort.

c) Range of Motion and Strengthening Exercises: Physiotherapist osteopaths prescribe specific exercises to restore wrist mobility and strength. These exercises include wrist flexion and extension, pronation and supination movements, grip strengthening exercises, and functional activities tailored to snowboarding movements. They progressively increase the intensity and complexity of exercises to facilitate the return to full functionality.

d) Functional Rehabilitation: Physiotherapist osteopaths focus on rehabilitating the wrist for functional activities specific to snowboarding. They implement balance training, proprioceptive exercises, and sport-specific movements to improve coordination, stability, and agility, ensuring a safe and successful return to snowboarding activities.

e) Injury Prevention and Education: Physiotherapist osteopaths play a vital role in educating snowboarders about proper body mechanics, techniques to prevent re-injury, and the importance of adequate warm-up and cool-down exercises. This education empowers individuals to make informed decisions and reduce the risk of future wrist fractures while snowboarding.

5 Overall:

Wrist fractures are common injuries experienced by snowboarders, necessitating a comprehensive understanding of fracture types and appropriate treatment options. The involvement of physiotherapist osteopaths in the rehabilitation process significantly enhances recovery, facilitating the return to snowboarding activities with improved function, strength, and reduced risk of re-injury. By employing their specialized skills and expertise, physiotherapist osteopaths provide valuable support and guidance to snowboarders on their journey to full recovery.

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