View clinical trials related to Ankle Injuries.
Filter by:Introduction: To compare the acute effects of different stretching methods on ankle joint range of motion (ROM) in older adults. Methods: A total of 78 subjects aged 65 years and older were randomly divided into three groups. After the 5-minute walk, the randomly assigned method was applied. Static Stretching Group; static stretching in 3x30sec, PNF Stretching Group; PNF contract-relax in 3x30sec and Roller Massage Group; roller massage in 3x30sec was performed. Immediately after the application, 10 minutes and 20 minutes after application, the range of motion of the ankle joint was measured in the weight-bearing lunge position.
Obesity is a global health problem. It changes the measurement of the human body and makes a big change to move the body. The increased weight and mass change the way the limbs and whole body generate and react to force Excess fat also interferes with joint-muscle interactions that are important for functional capacity and postural balance The tendency to increase the thickness of the abdomen contributes to anterior movement of the COM of the body. The purpose of the study is to investigate the biomechanical effect of weight on foot stability in children.
The study consists in recruiting patients with ankle sprains who visit the emergency department (ED). Each patient will be tested by an osteopath who we will measure pain, swelling and/or edema, and mobility of the ankle. Patients will be asked to reproduce exercises such as to hold on one foot, to stand on tiptoes... Then, patients will be divided into two groups. The first group will undergo medical treatment during the ED visit, while the second group will undergo osteopathic treatment. Three time points will be planned. The first one will be the patient's consultation in the ED where treatment will be carried out according to its assignment, as well as the clinical measures previously described. The second time point will be seven days later (plus or minus three days), where only clinical measurements will be performed. The third time point will be three weeks later (plus or minus three days), when the ankle sprain has consolidated, in order to carry out the clinical measurements again. These clinical measurements will allow to evaluate the effectiveness of a single osteopathic consultation in the ED. The investigators expect a reduction in immediate pain, and thereafter, a reduction in swelling, and an improved mobility and stability of the ankle.
This study is based on human anatomical data and uses computer-aided engineering (CAE) software such as biomedical image processing software, reverse engineering software, CAD software, and finite element analysis software to create a three-dimensional bracing model. With the help of 3D printing technology, we have developed personalized brace, completed the personalized rapid design and optimization of the three series of support equipment products such as the posterior cruciate ligament brace, ankle ankle brace, and shoulder brace.
Ambispective, multi-surgeon, single site, consecutive case series to determine the safety, performance, and benefits of the Grappler(R) Interference Screw.
extremity trauma is a frequent reason for emergency room visits. There is an increase in the use of CT scanners in extremity trauma, due to a greater sensitivity of detection than X-rays, particularly for "occult fractures" and for the organization of treatment, particularly surgical treatment. As the number of CT scans increases, the reduction of the delivered dose has become a subject of interest. Among the many methods used, the use of iterative reconstruction has enabled a substantial reduction in the delivered dose without compromising image quality: low-dose and ultra-low-dose protocols (effective dose equivalent to the effective dose of the Diagnostic Reference Levels of radiographs from the same region of interest) have been developped, but have not yet been evaluated in extremity trauma. The subject of our feasibility study is to evaluate the diagnostic performance of ultra-low dose CT compared to radiographs in patients consulting for extremity trauma in the emergency room. The recent implementation in our department of a scanner dedicated to low-dose explorations as well as the optimization of protocols has allowed the realization of ultra-low-dose scans since June 2017.
This study aimed to translate the Ankle Instability Instrument into Turkish language, to perform a cultural adaptation study and to evaluate its validity and reliability in the Turkish population. Ankle Instability Instrument was developed to determine the ankle instability level of individuals with a history of ankle injury. Assessment of ankle instability is particularly useful in determining the complaints and functional levels of individuals with a history of functional or chronic ankle instability. It is anticipated that introducing this scale to our language will contribute to other studies in this field.
Chronic ankle instability (CAI) is the most common musculoskeletal injury in sports and the rate of CAI accounts for 85% of ankle injuries. It has been estimated that 23,000 ankle sprains occur each day in the United States, representing approximately 1 sprain per 10,000 people per day and nearly one in five ankle injuries result in chronic symptoms. Numerous researchers applied mindfulness for improving the performance of various sports such as table tennis, shooting, cricket, archery, golf, swimming, and cycling. Since many of the players do not possess effective pain coping skills, they are at risk for lifelong impairment of their emotional, social, and physical functioning. Mindfulness-centered interventions may well serve to mitigate pain-related disability. Training in mindfulness meditation improves anxiety, depression, stress, and cognition. Mindfulness-related health benefits are associated with enhancements in cognitive control, emotion regulation, positive mood, and acceptance, each of which have been associated with pain modulation. Since mindfulness has been proven effective in managing various health disorders and in enhancing sports performance, our study aims to apply the mindfulness approach in rehabilitating the most common sports injury, CAI. The improvement in CAI due to the mindfulness approach will be assessed by the improvement in pain response through the Cumberland ankle instability tool, Functional ankle disability index (FADI), Visual analog scale (VAS), Brief Pain Inventory (BPI), Y-balance test, Mindfulness attention awareness score (MAAS), Oxford Happiness Questionnaire (OHQ) quantitative electroencephalography (Q-EEG). This study finding will be useful in assessing the effectiveness of mindfulness in rehabilitating CAI and identify the correlation of CAI pain response with VAS & BPI, quantitative electroencephalography - Q-EEG. In this clinical trial, the investigators wish to use noninvasive methods such as quantitative EEG (electroencephalogram) to find the brainwave patterns during the different stages of mindfulness intervention (pre and post). The outcome of this study will eventually lead to the identification of a better assessment method to indicate the pain response for the appropriate physiotherapy management. The application of mindfulness technique in CAI management and the usage of Q- EEG to assess the pain response in chronic ankle injury athletes are the novel approaches of this research study.
Ankle sprain is frequently experienced by individuals participating in different sports activities. Ankle sprains have been shown to result in a decrease in level of physical activity and persistence of some symptoms for a long time. In this case, it is predicted that ankle sprains may affect the quality of life as well as functionality. Also, ankle sprain history may result in increased fear of movement, which may delay return to sports. This study aimed to examine the relationship between foot and ankle functionality, fear of movement and quality of life of elite athletes with a history of ankle sprain.
This study will be conducted to find out the effect of adding balance training on gait parameters, balance, and Sensory Interaction