Active clinical trials for "Ankle Fractures"

To investigate the feasibility and short-term clinical efficacy of the arthrography-assisted joystick technique for the treatment of adolescent transitional ankle fracture.

The purpose of this randomized, controlled trial is to estimate the safety of early weight bearing on post ankle surgery. Patients who are indicated to have surgery for unstable ankle fractures by an attending trauma physician will be consented for participation in the study. After surgery patients will be randomized to either weight bearing as tolerated at two weeks with a cam boot or non-weight bearing with a cam boot. Randomization will be performed by number allocation with odd numbers in the early weight bearing group and even numbers in the non-weight bearing group. The surgeon will be blinded to this until after the surgery. The patients will all be placed in a short leg cast post operative and made non-weight bearing for 2 weeks until sutures are removed which is current standard treatment. Both groups will be asked to initiate weight bearing at two weeks post operatively by wearing a cam boot that is non weight bearing in a cam boot, the latter being standard treatment.

The purpose of this study is to make a survey of functional outcome, radiological outcome and complication rate after intramedullary nailing (IMN) and plate fixation of Weber B ankle fractures in elderly patients, and contribute in choosing the best surgical method for these ankle fractures.

The immediate goal of the proposed research is to test the value of a new low-cost, low-dose standing CT system for efficient early detection of both joint degeneration and elevated contact stress. The standing CT scanner holds promise for detecting arthritic changes earlier than other imaging modalities because of the combination of its 3D nature and ability to image joints in a weight-bearing pose. A secondary goal of the proposed research is to enable predictive models for osteoarthritis risk based on measures of post treatment contact stress, both to inform treatment and so that new interventions can be tested in a manner incorporating risk stratification.

"Deltoid Gap Sign" which would be a new method of examination for deltoid ligament injuries will be investigated. It will be analyzed if it is correlated with the external rotation stress test. The study is designed as a blinded, comparative and prospective trial.

Ankle fractures are one of the most common surgeries in the world. After this kind of surgery, complications can occur, related to the scar or an infection. These complications are more frequent in "high-risk" patients. Nasal oxygen therapy is currently used in order to reduce these complications. However, no study proved its efficiency yet. In a cohort of 200 patients, one group will receive oxygen therapy during hospitalization, while the other will not. Complication rates will be observed up to 6 months after the operation

This clinical trial aims to compare a Mixed Reality Viewer in the preoperative informed consent process to standard fracture visualization. The participants population are patients with an indication for surgery of a distal radius fracture, upper ankle fracture or proximal humerus fracture using plate osteosynthesis. The main questions aim to answer are: Does the use of the Mixed Reality Viewer improve patient understanding? Does the use of the Mixed Reality Viewer improve patient satisfaction? Does the use of the Mixed Reality Viewer reduce patient preoperative anxiety? Participants will have their fracture presented via the Mixed Reality Viewer. Researchers will compare standard fracture imaging using X-ray or CT scans to see if there is any difference in understanding, satisfaction and anxiety.

Prospective data will be collected in approximately 3500 patients (700 per 5 injury groups). Patients will be followed up according to the standard (routine) for up to 1 year after the treatment. Data collection will include underlying disease, treatment details, patient reported outcomes (PROs), anticipated or procedure-related adverse events (i.e. complications), and radiological outcomes.

The application of the WALANT technique for foot and ankle surgery (joint fusion, implant removal and tendon repair, etc.) is limited. In our study, using the WALANT technique for ARIF in ankle fractures. The effect of this application on clinical outcomes will be prospectively evaluated.

This will be a multi-centre randomized controlled trial, with London Health Sciences Centre (LHSC) as the lead site. Elderly patients with complex ankle fractures who meet the inclusion criteria and provide consent will be randomized (through a web-based randomization system) to one of the two treatment arms. One group (Group A) will receive primary ankle fusion, and the second group (Group B) will receive primary ankle open reduction and internal fixation (ORIF). Patient important outcomes will be compared at one year post injury