Ligament Injury

Ligament injuries occur when the strong bands of tissue connecting bones at a joint are stretched or torn, often resulting in pain, swelling, and joint instability. Physiotherapy is essential to ligament injury recovery, helping to reduce pain, restore joint stability, and rebuild strength for a safe return to daily activities or sport.

What is a Ligament Injury?

Ligaments provide stability to joints by connecting bone to bone. A ligament injury, commonly known as a sprain, occurs when these fibers are stretched beyond their normal range or torn, either partially or completely. Ligament injuries commonly affect the knee, ankle, and shoulder, and can range from mild sprains to complete ruptures requiring surgical repair.

Common Types of Ligament Injuries

• ACL (Anterior Cruciate Ligament) tears.
• PCL (Posterior Cruciate Ligament) injuries.
• MCL and LCL (collateral ligament) sprains of the knee.
• Ankle ligament sprains.
• Shoulder ligament and capsular injuries.
• Wrist and finger ligament sprains.

Grades of Ligament Injury

• Grade I (mild) – slight stretching with minimal joint instability.
• Grade II (moderate) – partial tear with some looseness and instability in the joint.
• Grade III (severe) – complete tear resulting in significant instability, often requiring further evaluation for surgical intervention.

Common Symptoms

• Pain and tenderness around the affected joint.
• Swelling and bruising.
• Joint instability or a feeling of the joint "giving way."
• Reduced range of motion.
• Difficulty bearing weight or using the affected limb.

Goals of Physiotherapy for Ligament Injuries

• Reduce pain, swelling, and inflammation.
• Restore joint range of motion.
• Rebuild strength in muscles supporting the injured joint.
• Improve balance, proprioception, and joint stability.
• Prevent re-injury through corrective movement training.
• Support a safe, progressive return to normal or sporting activities.

Physiotherapy Techniques Used

• Protection and early management – rest, ice, compression, and elevation (RICE) in