Active clinical trials for "Anterior Cruciate Ligament Injuries"

The following study has as main objective to evaluate whether the use of I-ONE® therapy can reduce post-operative pain thanks to the modulation of inflammation in patients with bone bruise on the knee after anterior cruciate ligament (ACL) injury if applied 15 days before and 60 days after ACL reconstruction surgery for 4 hours a day compared to a control group (no-treatment). Both groups will be able to take anti-inflammatory drugs for pain control as per normal clinical practice. The secondary objective of the study are: quantify the reduction in the size of the bone bruise area, improving the level of knee function and the amount of anti-inflammatory drugs used in the aforementioned patients in the postoperative period compared to a control group.

Anterior cruciate ligament (ACL) injuries constitute a significant portion of major knee joint injuries sustained by young, active individuals, and significantly increase risk for long-term disability. Yet the recommended solution to restore joint stability following injury--ACL reconstruction (ACLR)--does not prevent post-traumatic knee osteoarthritis (PTOA). Post-traumatic quadriceps (dys)function is a hallmark characteristic following ACLR, reported to accelerate the onset of PTOA after ACL injury, making the recovery of muscle function a primary concern to clinicians. However, hamstrings muscle function is drastically underrepresented relative to the quadriceps in the context of recovery from ACLR, which impedes the ability to develop targeted treatment approaches. Persistent hamstrings weakness is widely reported in patients who undergo ACLR with a hamstring tendon (HT) autograft, which increases ACL strain, and may contribute to higher graft failure rates in this population. To effectively treat muscular impairments, underlying neuromuscular adaptations known to occur in response to ACLR must be targeted. Eccentric exercise is uniquely suited to enhance neuromuscular function. The Nordic hamstring exercise (NHE) is a specific form of eccentric exercise that is clinically relevant and easy to implement, but has not been explored as an intervention for hamstrings neuromuscular dysfunction in patients who undergo ACLR with HT. To establish an evidence-based treatment model, the investigators will use a single-blind, randomized controlled clinical trial to establish the feasibility and efficacy of a 4-week NHE protocol in patients who undergo ACLR with HT. Separate factorial ANOVAs will be used to assess the effects of group (NHE, control) and time (baseline, 4 weeks) on selected outcomes. Effect sizes will be calculated for within- and between-group comparisons. The investigators expect to observe improvements in hamstrings neuromuscular function following the NHE protocol, and that those improvements will be greater than the control group. Additionally, the investigators expect the protocol to be feasible in terms of intervention adherence and patient retention. This study will identify specific barriers to the implementation of NHE in patients who undergo ACLR with HT, and will provide support for the application of an easy to implement clinical intervention able to address a complex neurophysiological problem.

Anterior cruciate ligament reconstruction (ACLR) is one of the most common procedure all around the world, however optimal graft source for ACLR still remains controversial. Although Quadriceps tendon (QT) is the least used and least studied autograft, it could be an appropriate and good alternative for ACLR. If investigaters use the same surgical technique, and exert the same rehabilitation methods they may have better results than hamstring tendon (HT) autografts.

While surgical anterior cruciate ligament reconstruction (ACLR) of the knee restores passive stability, studies are showing consistently poor long-term outcomes. Unusually high risks of early-onset osteoarthritis and re-injury, and low rate of return to sport following ACLR all seem to be related to a chronic tendency to land stiff-legged from a jump or hop, which itself may be due to fear of re-injury. Decreased knee bending for force absorption simultaneously decreases performance level and increases risk for injury and arthritic changes. The purpose of the proposed study is to compare a current best-practice plyometric training program to one utilizing body weight support to increase repetition and improve performance in the initial phases. The investigators hypothesize that we will see larger improvements in absorptive capacity of the knee and better confidence in activity immediately following body weight support training, as well as improved retention of training effects after a two-month period.

A prospective randomized controlled trial will be used to evaluate the efficacy of post-operative perturbation training. 80 patients who were regular participants in activities that involve cutting, pivoting, jumping, and lateral movements prior to injury who range in age from 13-55 at the time of injury are eligible. All eligible subjects must undergo primary anterior cruciate ligament reconstruction. Using a prospective randomized design, 40 subjects who will be block randomized by sex to 40 patients who will receive 10 sessions of post-operative perturbation training in addition to standard agility and return to activity progression and forty who receive only standard agility and return to activity progression. Post-operative perturbation training will be initiated when the athlete is at least 12 weeks post-anterior cruciate ligament reconstruction, has full range of motion and achieves 80% quadriceps strength symmetry, the criteria we currently use for beginning return to activity progression.

The purpose of this study is to determine the efficacy of patellar tendon allografts that have undergone the BioCleanse™ process.

This study will examine the potential differences between femoral nerve blockade (FNB) and adductor canal blockade (ACB) for pain control and quadriceps muscle activation for patients following anterior cruciate ligament (ACL) reconstruction.

A lot of patient have posterior knee pain after ACL reconstruction despite saphenous nerve block. Recently a new block has been described, know as IPACK block (interspace between the popliteal artery and the capsule of the posterior knee). The objective of this randomized controlled double-blinded trial is to assess whether a combined saphenous nerve block with IPACK block is more effective for the postoperative pain than a local infiltration analgesia.

The overall aim of this study is to determine the effect of the knee flexion angle (KFA) of either 0 degrees, or 30 degrees (measured by sterile goniometer) during anterior cruciate ligament (ACL) fixation on postoperative outcomes following single-bundle ACL reconstruction with bone patellar tendon bone (BPTB) autograft. The specific aims of the current study include determining the effect of the knee flexion angle on 1) patient-reported outcomes; 2) postoperative extension loss; 3) antero-posterior (AP) knee stability; 4) rate of re-operation.

This is a randomized, single blinded, standard of care controlled clinical trial. This project aims to compare postoperative pain control in patients in two treatment arms of anterior cruciate ligament reconstruction: a treatment group given a nonopioid pain control regimen, and a standard of care control group given standard opioid pain control regimen