Pathophysiology of overload injuries around the elbow

Area of Science:

• Sports Medicine
• Orthopedics
• Pathophysiology

Background:

• Common elbow injuries often result from microtrauma with multiple contributing factors.
• The underlying pathophysiology involves gradual cellular and tissue degeneration.
• This degenerative process is comparable to injury patterns observed in other joints like the foot, knee, and shoulder.

Purpose of the Study:

• To elucidate the pathophysiology of common elbow injuries.
• To highlight the multifactorial origins of these injuries in athletes.
• To emphasize the utility of evaluation frameworks in understanding and addressing elbow injuries.

Main Methods:

• Review of existing literature on elbow injury pathophysiology.
• Analysis of cellular and tissue-level degenerative processes.
• Comparison of injury patterns across different joints.

Main Results:

• Elbow injuries share a common microtrauma-based pathophysiology with multifactorial origins.
• Gradual degeneration at cellular and tissue levels increases susceptibility to overt injury.
• Similar injury mechanisms are observed in the foot, knee, and shoulder.

Conclusions:

• Understanding the gradual degenerative process is key to preventing elbow injuries in athletes.
• Comprehensive evaluation frameworks are essential for identifying and managing the multifactorial causes of elbow injuries.
• The pathophysiology of elbow injuries aligns with patterns seen in other major joints.