Understanding Tendon Structure
Tendons are fibrous connective tissues linking muscle to bone. They transmit muscular force to enable movement and consist primarily of collagen, a protein providing strength and elasticity. The structure includes “bundles of collagen fibers, known as fascicles, which are surrounded by a protective sheath called the epitenon.”
Common Causes Of Tendon Injuries
Tendon injuries stem from various sources. Acute incidents like sudden impacts or falls can cause damage, as can chronic overuse through repetitive motions or excessive loads.
Overuse represents a primary cause. When tendons experience repetitive stress without adequate recovery time, microtears develop, leading to inflammation and pain. Athletes and those performing repetitive work face heightened risk.
Age also plays a significant role, tendons naturally lose elasticity over time due to collagen structural changes, reducing strength and flexibility.
Effective Strategies For Preventing Tendon Injuries
Prevention relies on understanding risk factors and implementing protective measures:
- Maintain regular exercise with strength training and flexibility work to enhance tendon resilience
- Ensure proper technique during physical activity to avoid unnecessary stress
- Allow adequate rest and recovery between activities
- Consume a protein and vitamin C-rich diet supporting collagen production
Surgical And Non-Surgical Treatments For Tendon Injuries
When injuries occur, treatment options include:
Non-surgical approaches involve physical therapy, medications (such as NSAIDs), and lifestyle modifications to reduce inflammation and restore function.
Surgical intervention becomes necessary in severe cases, typically involving “repairing the damaged tendon and, in some cases, removing damaged tissue,” followed by post-operative rehabilitation.
