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Showing posts with the label hip arthroscopy in Mumbai

An Overview Of Knee Joint Preservation Techniques

Joint Preservation As opposed to joint replacement surgery, joint preservation techniques focus on retaining the natural bone and soft tissues of a joint while restoring its functions surgically or non-surgically. It is most commonly recommended for the knee, hip, and shoulder joints, which are more prone to cartilage or ligament damage.  The knee joint’s articular cartilage generally wears out as we age. It is also highly prone to arthritic conditions, accidental injuries, and sports injuries that lead to a limited range of motion, stiffness, and varying pain. Since this cartilage cannot regenerate, knee joint replacement has always been considered the traditional approach to treat its symptoms. But with the modern joint preservation surgery in Mumbai , our orthopedic surgeon can help avoid replacing the natural bone by stimulating new cartilage growth and stabilizing the surrounding tissue structures. Techniques used in knee joint preservation Non-surgical techniques ...

Treating Hip Labral Tears

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  Essentially, the hip labrum is the circular cartilage tissue over the outer surface of the hip bone sockets and the ball-like heads of the thighbones. It maintains a strong and flexible cushioning for this ball-and-socket joint while allowing a significant range of motion. As it rims around the joint, it locks the joint fluids within the joint capsule and helps align the bones when pivoting or sprinting.   Despite its flexibility, the labral cartilage can get strained due to overuse or extensive stress and develop a tear. Though mild hip labral tears can be managed nonsurgically, severe tears may require you to undergo an arthroscopy in Mumbai. What Causes Hip Labral Tears? Such tears are more common in athletes involved in running and pivoting sports, like football, hockey, cricket, golf, etc., where the labrum is continually strained and overused. Other causes of hip labral tears may include: Hip Impingement: In this condition, either of the joint bones develop e...