A new method of arthroscopic anterior cruciate ligament (ACL) reconstruction surgery has been successfully researched and applied by doctors. This innovative technique uses “anatomical mapping” and 3D positioning technology, marking a step towards personalized medicine in knee ligament reconstruction surgery.
Traditionally, ACL reconstruction surgery involves taking a graft from tendons in the muscle group at the back of the inner thigh. The surgeon then relies on anatomical landmarks in the knee joint to determine the location of the tunnel for inserting the graft to reconstruct the ACL. However, determining the old attachment location of the ligament can be challenging due to individual differences in knee joint shape and size.
The anatomical mapping method using 3D positioning technology addresses these challenges by creating a “mirror copy” based on healthy joint parameters and using it as a blueprint for the damaged side. This enables doctors to calculate the best location and appropriate graft size for reconstructing a new ligament for patients with greater accuracy.
This method can also be applied to other limb ligaments, benefiting athletes and sports enthusiasts at risk of ligament injuries. For example, athlete Chuong Thi Kieu underwent simultaneous surgery on both legs for ACL reconstruction and meniscus stitching using this approach, resulting in quicker recovery and return to peak performance, demonstrating its effectiveness.
These advancements in domestic medical facilities are valuable for professional athletes seeking treatment locally without having to travel abroad at high costs. It represents a positive trend towards providing quality healthcare services locally, benefiting athletes and individuals alike.