ACL Injury Treatment & Reconstruction in Bengaluru

No. Surgery is not automatically required for every patient. Treatment decisions depend on your functional knee stability, age, physical activity level, presence of associated meniscus or cartilage tears, and your desire to return to sports involving cutting and pivoting movements.

In selected patients with partial tears where remaining ligament fibers maintain functional stability, non-surgical management with structured physiotherapy, quadriceps and hamstring strengthening, and neuromuscular conditioning may allow satisfactory recovery without surgical intervention.

A definitive diagnosis combines a thorough physical examination by an orthopaedic specialist (using clinical tests like the Lachman and Pivot-Shift tests) and a high-resolution MRI scan to confirm the structural continuity of ligament fibers and assess concurrent joint injuries.

If a functionally unstable knee is left unaddressed and continues to suffer repeated buckling episodes, the abnormal joint motion can cause secondary tears to the shock-absorbing menisci and wear away joint cartilage, potentially accelerating post-traumatic osteoarthritis.

Reconstruction is generally considered when a patient experiences persistent knee instability during everyday tasks, has associated repairable meniscus or multi-ligament damage, or intends to return to competitive, pivoting sports such as football, basketball, badminton, or cricket.

Common autografts include hamstring tendons, patellar tendon (bone-patellar tendon-bone), and quadriceps tendon. There is no universal "best" graft; the choice is selected based on individual patient anatomy, age, activity level, previous surgeries, and surgeon assessment.

Yes. More than 50% of acute ACL injuries occur alongside meniscus tears. Preserving or repairing the meniscus during arthroscopy is a primary clinical priority to protect long-term cartilage cushioning and knee joint health.

Recovery is an individualized progression. Basic walking and daily independence are typically achieved within weeks, while progressive muscle strengthening, running progression, and full athletic conditioning extend over several months guided by functional milestones rather than time alone.

Straight-line jogging is introduced only after sufficient quadriceps strength, absence of swelling, full knee extension, and adequate movement mechanics are demonstrated on physical testing, typically guided between 3 to 5 months post-procedure after specialist clearance.

Many active individuals and athletes return to recreational or competitive sport following structured rehabilitation. Clearance should be determined by objective criteria—including limb symmetry strength tests, single-leg hop tests, and neuromuscular control—to reduce the risk of re-injury.

While a skilled orthopaedic specialist can often detect ligament laxity during physical examination, an MRI is essential to confirm whether the tear is partial or complete, determine graft sizing, and identify concurrent meniscal, cartilage, or bone bruising complications before treatment planning.