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orthopaedic
Anterior cruciate ligament reconstruction is a surgical tissue graft replacement of the anterior cruciate ligament, located in the knee, to restore its function after an injury. The torn ligament can either be removed from the knee, or preserved before reconstruction through an arthroscopic procedure.
Anterior cruciate ligament (ACL) reconstruction is a surgical tissue-graft replacement of the anterior cruciate ligament in the knee, carried out to restore the ligament's function after an injury. It is performed arthroscopically; the torn ligament is usually removed, although in some techniques it is preserved and the graft is passed inside the retained native ligament. Several graft options exist. Autografts use bone or tissue taken from the patient's own body — most commonly an accessory hamstring tendon or part of the patellar ligament, with the quadriceps tendon becoming more widely used. Allografts use tissue from another body, either a cadaver or a live donor. Bridge-enhanced ACL repair uses a bio-engineered scaffold injected with the patient's own blood, and synthetic grafts have also been developed, though little data exists on their strength and reliability. Because autograft tissue is the patient's own, the risk of rejection is minimal, and in young, active individuals the re-tear rate has been shown to be lower with autograft than with allograft. Surgeons have historically regarded patellar tendon grafts as the standard for knee stability. Hamstring autografts have failed at a somewhat higher rate than bone-tendon-bone autografts in a 2017 meta-analysis, but the difference is small enough that both remain viable options; modern fixation methods have reduced the graft slippage and stretching that hamstring grafts historically showed.
Specialty-board certifications and facility-level accreditations relevant to this procedure. Verify on the issuer's public register before booking — most issuers publish a searchable directory.
National orthopaedic-surgery board
Issuer Country-specific (e.g. ABOS in US, FRCS Orth in UK, EBOT in Europe)
Specialty-board certification in orthopaedic surgery — minimum credential for joint replacement, spinal surgery, and sports-injury repair.
Verify on the issuer's register →Ongoing research studies registered on ClinicalTrials.gov whose intervention involves acl reconstruction. This is a neutral pointer to public research — not an endorsement, not a recruitment drive, and not medical advice. Trial status changes often; confirm eligibility and current status with the study team via each record.
Showing 6 recent ongoing studies. Source: ClinicalTrials.gov — all matching trials (U.S. National Library of Medicine, public domain). Retrieved 2026-08-02.
Average recovery for ACL Reconstruction is 0 days. Individual recovery varies — always follow your surgeon’s specific guidance.
Immediate
First 24–48 hours post-procedure. Monitoring, anaesthesia recovery, initial pain management. Most clinics expect you to remain on-site or nearby.
Early recovery
Wound care, swelling or bruising peaks, restricted activity. Typical window for follow-up visits and drain removal if applicable. Travel is usually not advised.
Intermediate recovery
Gradual return to non-strenuous daily activity. Many international patients fly home during this window. Surgeon may require medical clearance for long-haul travel.
Full recovery
Return to full activity, exercise, and work. Final results may still be settling. Final follow-up with local doctor recommended.
Rehabilitation begins with range-of-motion exercises, often guided by a physical therapist, to regain flexibility, limit scar tissue and reduce loss of muscle tone; a continuous passive motion device is sometimes used immediately after surgery. Isometric exercises that place no strain on the knee are the preferred way to prevent muscle loss, and regaining knee extension within two weeks is emphasised in many guidelines. About six weeks is required for the bone to attach to the graft, though patients can usually walk and perform simple tasks before then with caution. Twelve weeks is an important benchmark, after which a more demanding regimen with increasing resistance, and jogging, can begin. More intense activity such as running is generally possible after four months, and light ball work after five months.
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It is a surgical tissue-graft replacement of the anterior cruciate ligament in the knee, performed to restore the ligament's function after an injury. It is carried out arthroscopically, and the torn ligament is usually removed, though in some techniques it is preserved and the graft is passed inside it.
Options include autografts, using bone or tissue from the patient's own body such as a hamstring tendon, part of the patellar ligament or the quadriceps tendon; allografts, using tissue from a cadaver or live donor; bridge-enhanced ACL repair, using a bio-engineered scaffold injected with the patient's own blood; and synthetic grafts, on which little data exists.
Because autograft tissue is the patient's own, the risk of rejection is minimal, and in young, active individuals the re-tear rate has been shown to be lower with autograft than with allograft. Surgeons have historically regarded patellar tendon grafts as the standard for knee stability.
About six weeks is needed for the bone to attach to the graft, though patients can usually walk with caution before then. Twelve weeks is an important benchmark, after which more demanding exercise and jogging can begin. Running is generally possible after four months, and light ball work after five months.
In most cases the torn ligament is removed. In some techniques it is preserved, and the graft is passed inside the retained ruptured native ligament.
Yes. Hamstring autografts have failed at a somewhat higher rate than bone-tendon-bone autografts in a 2017 meta-analysis, and historically had problems with fixation slippage and stretching. Modern fixation methods have reduced graft slippage and produce comparably stable outcomes, so both remain viable options.
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