Tibial shaft fractures in skiing

Area of Science:

• Orthopedics
• Sports Medicine
• Traumatology

Background:

• Tibial shaft fractures from skiing are not well-documented in medical literature.
• Understanding injury patterns is crucial for prevention and treatment strategies.

Purpose of the Study:

• To prospectively analyze tibial shaft fractures sustained during skiing.
• To identify demographic, biomechanical, and injury characteristics associated with skiing-induced tibial fractures.

Main Methods:

• Prospective study design.
• Data collection on all tibial shaft fractures during one ski season in Northern Vermont.
• Analysis of skier demographics, ski equipment, fracture types, and injury mechanisms.

Main Results:

• Younger, lighter, and less skilled skiers were more susceptible to tibial fractures.
• Spiral (41.9%) and boot top (37.9%) fractures were most common.
• Fractures resulted from low-energy trauma, often associated with internal or external rotation mechanisms.
• Shorter skis and softer boots correlated with spiral fractures.
• Associated fibular fractures were infrequent in children.
• Fracture level and type minimally impacted healing time.

Conclusions:

• Skiing-related tibial fractures typically involve low-energy mechanisms.
• Nonsurgical treatment is generally effective for these injuries.
• Demographic factors and equipment influence fracture patterns.