In this animation, we demonstrate the dynamic movement of the patella during knee flexion and extension, as well as the crucial role played by the tibial collateral ligament as it pulls the medial meniscus back and forth. We hope you like the result! #patella #femur #tibia #fibula #vastus #meniscus #knee #knees #anatomystandard #sportstherapy #sportsperformance #legsworkout #jointhemovement #biomechanics #anatomyart #humananatomy #kneesability #kneeinjury | Anatomy Standard

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🔍💡 Dive into the World of Knee Anatomy: Discover the Knee Joint and Meniscus. Ever wonder what gives your knee its stability and cushioning? Meet the menisci - the unsung heroes of the knee joint. These C-shaped cartilages play a crucial role in absorbing shock and reducing friction during movement. Check out our detailed animation showcasing how the knee joint works in harmony with the meniscus to support your every step, jump, and sprint. Perfect for athletes, fitness enthusiasts, and anyone

🦵 The Knee Joint: A Complex Structure of Bones and Cartilage The knee is a hinge joint where bones like the femur (thighbone), tibia (shinbone), and patella (kneecap) come together, supported by cartilage that cushions and protects them during movement. The cartilage, including the menisci, acts as a shock absorber, helping to reduce friction between bones as you bend, flex, and straighten your knee. Our animated knee joint highlights the importance of these structures in keeping your knee heal