Ankle PRP injections target the ankle joint, a complex structure essential for balance, mobility, and weight-bearing movements. The ankle consists of two primary joints: the true ankle joint, responsible for up-and-down foot movement, and the subtalar joint, which enables side-to-side motion. The true ankle joint is formed by three bones—the tibia (medial side), fibula (lateral side), and talus (beneath them)—working together to provide stability and flexibility. The subtalar joint, located just below, consists of the talus (on top) and calcaneus (heel bone below), allowing the foot to adapt to uneven surfaces.

 

To maintain smooth movement and shock absorption, the ends of the bones are covered with cartilage, while strong ligaments reinforce the joint. The anterior tibiofibular ligament connects the tibia and fibula, lateral collateral ligaments stabilize the outer ankle by linking the fibula to the calcaneus, and deltoid ligaments provide medial stability by connecting the tibia to the talus and calcaneus. Together, these components create a resilient yet flexible joint that supports everyday motion.

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When the ankle is affected by injury or degenerative conditions, pain, swelling, and instability can occur, impacting mobility and quality of life. PRP (Platelet-Rich Plasma) therapy offers a cutting-edge, non-surgical solution that reduces inflammation, promotes tissue healing, and enhances joint function. By leveraging the body’s natural regenerative abilities, PRP injections help restore ankle strength and stability, making them an effective treatment for ligament injuries, chronic ankle pain, and joint degeneration.