Active clinical trials for "Anterior Cruciate Ligament Injuries"

Anterior knee pain which might be due to patellofemoral malalignment is an inevitable post operative complication after an ACL reconstruction (ACLR). We combined the double bundle ACLR technique with lateral release technique to prevent patellofemoral malalignment post ACLR.

Although the success of physical therapy following surgery has been well-documented and validated in patients undergoing Anterior Cruciate Ligament Reconstruction (ACLR) procedures, more recent studies have demonstrated that patient outcomes are the most favorable when surgery is delayed approximately 4 weeks until after the patient has completed a preoperative physical therapy program, or "pre-habilitation." The ultimate goal of pre-habilitation is to regain full range of motion in the knee and reach approximately 80% of pre-injury quadricep strength. However, extra physical therapy can stress both time and resources. Thus, we propose a home-based, self-guided pre-habilitation program. We hypothesize that patients participating in self-guided pre-habilitation will experience the same benefits as patients in a traditional office-based physical therapy program.

The purpose of this study is to determine if jump landing mechanics in young female athletes can be improved with a resistance training intervention.

The anatomic ACL reconstruction aims at functional restoration of the ACL to its native dimensions, collagen orientation and insertion sites. Even if the anatomic foot prints are correctly chosen for the tibial and femoral tunnels does the position of interference screw in the tibial tunnel alter the ACL orientation? The study hypothesized that the position of interference screw in the tibial tunnel would alter the graft orientation in anatomic ACL reconstruction. The purpose of this study was to compare graft orientation and inclination angle with posterolateral and anteromedial interference screw position in tibial tunnel in aperture fixation techniques.

The investigators aimed to compare the clinical results of primary repairs and Lateral Extraarticular Tenodesis applied with primary repairs in the treatment of proximal ACL tears.

The purpose of this study is to determine which surgical method is better for anterior cruciate ligament teas in outcomes.

Anterior Cruciate Ligament Reconstruction with and without Lateral Extra-Articular Tenodesis between high demand patients

The purpose of this study is to examine if thigh muscle weakness and the lack of muscle activation that accompanies ACL injury and reconstruction can be improved with functional resistance training.

Nerve blocks are used to provide pain control after moderately painful orthopedic surgeries. Anterior Cruciate Ligament (ACL) reconstruction with patellar autograft is a painful orthopedic procedure performed after traumatic injury to the knee. Many patients undergoing ACL reconstruction receive a nerve block as part of their anesthetic care. These blocks can be performed in different locations along the femoral nerve, with advantages and disadvantages to each location. Recently published evidence indicates that there is no short-term difference in pain control between the two commonly-targeted locations ("Adductor Canal" and "Femoral"). However, studies involving patients undergoing total knee arthroplasty indicate that femoral blocks provide better pain control with movement than adductor canal blocks. As many patients undergoing ACL reconstruction use continuous passive motion (CPM) machines as part of rehabilitation starting on post-operative day one, the investigators hypothesize that pain control and quality of recovery in the first 48 hours after surgery will be superior with a continuous femoral block than with a continuous adductor canal block. The investigators plan to study this by randomizing patients presenting for ACL reconstruction to receive either a continuous femoral or continuous adductor canal block (both considered adequate means of pain control), and following them to 48 hours to determine the level of pain, quality of recovery score, opioid use, and CPM compliance.

A randomized clinical trial involving 30 individuals submitted to ACL reconstruction will be conducted. Participants will be randomized into: Group I, submitted to a muscular rehabilitation program based on eccentric isokinetic exercise; and Group II, submitted to a muscular rehabilitation program based on eccentric isotonic exercise. Concomitantly with the muscular rehabilitation protocols, individuals will undergo the same physiotherapeutic protocol with analgesia, edema reduction, range of motion, proprioception and functionality goals. Muscle rehabilitation programs based on eccentric isotonic and isokinetic exercise will begin 45 days after ACL reconstruction. The programs will last six weeks, with training frequency of two sessions per week, separated by a minimum interval of 72 hours.