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It can sometimes be best to remove part of the meniscus when it has been torn. This procedure involves smoothing the edges of the tear to ensure a successful meniscus repair free of any complications. Our partial meniscus repair surgeries are conducted by qualified professionals to relieve pain and restore movement. It uses the same techniques as a regular meniscectomy so you can be safe in the knowledge that the procedure is minimally invasive.
Reviewed byProfessor Paul Lee MBBch, FRCS (Tr & Orth), PhDCartilage and joint preservation expertise
A partial meniscectomy can be used to treat minor meniscal tears. Even a small tear in meniscus cartilage can cause major issues because the meniscus plays a vital role as a shock absorber within the knee joint.
In the long term, meniscus damage can contribute to early arthritis. This makes partial meniscus surgery highly beneficial, especially for younger patients with full or partial tears who want to protect long-term joint health.
We understand how important cartilage is for healthy movement. That is why we offer partial meniscus removal, allowing a substantial amount of cartilage to remain between bone surfaces to protect them. This approach supports our meniscal repair treatments by offering a more efficient option for minor tears.
Our treatment is effective at restoring knee movement so patients can return to the activities they enjoy. Your specialist also provides post-surgery recommendations tailored to your needs, helping deliver long-term pain relief and delay potential osteoarthritis symptoms.
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Clinical updates, cartilage treatment guidance, and recovery-focused articles from our specialist team.
Cartilage requires no blood vessels—movement is its nutrient supply. Weight-bearing compresses the joint; unloading draws fresh synovial fluid inward, delivering oxygen and glucose to cartilage cells. Prolonged immobilisation reverses this, accelerating damage. Physiotherapy harnesses this mechanical cycle to slow structural decline, though it cannot regenerate tissue already lost.
Cartilage defects larger than 2–4 cm² exceed microfracture's scope. ACI generates hyaline-like tissue with type II collagen, whilst microfracture produces fibrocartilage with type I collagen, which is mechanically inferior and degrades within two to three years.
Hip cartilage cannot repair itself—it lacks blood vessels. ChondroFiller, a type I collagen scaffold injected under ultrasound, enables progenitor cells to rebuild tissue as the scaffold gradually biodegrades.
