Stem Cell Therapy for Ankle Osteoarthritis in Thailand

Previous ankle fractures or significant trauma are the leading cause. Even fractures that healed well can alter joint mechanics and accelerate cartilage wear over time, sometimes emerging as arthritis years or decades after the original injury.

Chronic ankle instability from repeated sprains or ligament damage changes how forces are distributed across the tibiotalar joint, leading to uneven cartilage wear and progressive degeneration.

Age-related cartilage thinning reduces the cushioning between ankle bones. As the cartilage degrades, the joint space narrows and bone spurs may form, further limiting mobility.

Inflammatory conditions such as rheumatoid arthritis or gout can attack the ankle joint lining, accelerating cartilage destruction through chronic synovial inflammation.

Malalignment of the lower limb, whether from congenital factors or post-surgical changes, places abnormal stress on the ankle joint and contributes to asymmetric cartilage loss.

Deep, aching pain in the ankle that worsens with weight-bearing activities such as walking, standing, or climbing stairs. Pain may persist at rest in more advanced stages.

Morning stiffness that can last 30 minutes or more, gradually easing with movement but returning after periods of inactivity.

Visible swelling around the ankle joint, particularly after activity or at the end of the day, often accompanied by warmth to the touch.

Reduced range of motion, making it difficult to push off when walking or to navigate uneven surfaces. Many patients notice they can no longer dorsiflex (pull the foot upward) fully.

A grinding or catching sensation during ankle movement, caused by roughened cartilage surfaces or loose bodies within the joint.

Compensatory changes in gait that may lead to secondary pain in the knee, hip, or lower back as you unconsciously alter how you walk to protect the ankle.