View clinical trials related to Ankle Injury.
Filter by:To verify whether X-ray combined with MRI is able to carry out correct fracture classification and postoperative evaluation in patients with ankle fractures.
This research is being done to compare two different saphenous nerve block locations and will help to determine which site best maintains knee strength and pain control.
The purpose of the study is to determine if patients wearing a CAM walker boot have a change in weight compared to patients who wear a CAM boot and are provided nutritional and upper body exercise information.
The aim of this prospective randomized controlled trial was to compare the effectiveness of surgical and conservative treatment in acute lateral ligament injury of ankle. The more detailed aims were to assess the function, physical activity level, re-injuries, objective stability and radiographic changes seen by magnetic resonance imaging in patients randomized to surgery or to functional treatment after a mean of 14 years follow-up.
Ankle injuries are a very common injury in children. Each year approximately 35000 kids present to Ontario emergency departments (ED) with this problem. Right now, about 90% of these children get x-rays of the injured ankle, even though only 12% of these x-rays show a break in the bone. Some excellent research has created some rules that doctors can use to help them decide which children really need x-rays. Unfortunately, even though these rules have been proven to safely reduce x-rays by as much as two-thirds, most doctors are not using these rules. Therefore, this study will be the first to put the best paediatric ankle x-ray rule, the Low Rick Ankle Rule, into physician practice in EDs. Our main goal is to determine how much we can reduce ankle x-ray rates in EDs that use this rule regularly versus those that do not. If we show that doctors can safely use this rule regularly and the number of ankle x-rays will be significantly less, this will lessen unnecessary potentially harmful radiation exposure in children, these children will spend less time in an ED, and the health care system will save money.
The aim of this study is to determine the effect of a balance training intervention on the change in hyper-reactivity to unloading reaction, ankle joint laxity, ankle joint proprioception and evertor muscle weakness in individuals with functional ankle instability (FAI) using quantitative biomechanical and neuromuscular measurements. We hypothesize that experimental FAI group will demonstrate a significant decline in unloading reaction following balance training while FAI control group will not show a significant decline in unloading reaction without training. We further hypothesize that experimental FAI group will demonstrate a significant improvement in the FAI score after the balance training measured by Ankle Instability questionnaire. Following balance training, there will be a significant correlation between the change in FAI score and change in the unloading reaction in the experimental group.
This study is evaluating reflex board training to see if it will help people who frequently roll their ankles. We are investigating several tests that evaluate the ability of the neuromuscular system to control ankle movement. This study is in 2 parts:Part 1 looks at changes after 1 day of reflex training; Part 2 looks at changes after 6 weeks of reflex training. It is thought that the reflex training will improve measures of static and dynamic balance as well as spinal reflex measures.