View clinical trials related to Flatfoot.
Filter by:The aim of our study is to compare the effect of Morton's neuroma in feet with pes planus and pes cavus on foot pressure and temporal and spatial gait parameters.
This investigation aims to investigate the frequency of pes planus and posterior tibial tendon dysfunction in patients with ankylosing spondylitis.
Orthotic therapy or exercise therapy is the standard conservative treatment for flexible flat foot. Little is known about the effectiveness of their interaction on managing flatfoot. The study aims to evaluate the effect of insoles and short foot exercise on the height and area of the medial longitudinal arch of flexible flatfoot participants as well as the force and pressure.
flexible flatfoot is a common foot misalignment in children. various treatment procedures are used to correct or to avoid future complain among adults and pediatric population.
The aim of present study is to compare the effects of 3D printing customized insoles using different thermoplastic materials on functional flatfoot patients' foot function and biomechanics
Virtual reality exercises have become increasingly popular in recent years. After the increase in usage areas in daily life, its use in healthcare has become widespread. Flatfoot is one of the orthopedic problems with high prevalence, especially in young individuals. In the literature, conservative treatment methods of flat soles are mentioned as exercise, shoe modifications, and orthotic methods. In the study, it is planned to investigate whether individuals with flat-footed virtual reality exercises contribute to conservative treatment. The aim of this study was to investigate the effect of virtual reality exercises on individuals with pes planus.
The SURGERY of arthrosis of the subtalar joint, carried out between 9 and 12 years of age, the aim is to restore and maintain the physiological alignment between the talus and the calcaneus during bone maturation. There are few articles in the literature that talk about the return to sport of pediatric patients after surgery. The aim of the study is to review patients operated on remotely kick heel and describe how they return in their sports (resilience, type of activities carried out, recovery times). The aim of this study is to evaluate the clinical and functional results of patients of age Pediatric treated in the investigator's SC Orthopedics Pediatric Traumatology department for flat feet with "calcaneostop" surgery. The study aims to describe the method of resuming sports activities, analyzing the timing and difficulties declared by patients after surgery, with the help of specific questionnaires.
The aim is to compare the effects of intrinsic foot muscles and tibialis posterior strengthening exercise, and customized arch support insoles on foot posture, plantar force distribution, and balance in individuals with flexible pes planus.
Morphological weight bearing computed tomography parameters and gait analysis can implement the evaluation of the flat foot. Weight bearing CT is useful to verify the severity of the 3D deformities typical of flat foot, while kinematic and kinetic variables of gait is able to quantify the functional improvements of the foot after surgery.
Update 13.12.2021 To mitigate the effects the COVID-19 pandemic, and due to difficulties in sites setting up the custom orthoses arm of the protocol an amendment was approved to change the design of the study from a 3 to a 2 arm trial. The amendment drops the custom orthoses arm and was implemented prior to the start of recruitment. As a child grows the shape of their foot changes and most develop an arch in their foot. For some, however, the arch does not fully form or it might be flat against the ground. This is known as having flat feet and it can cause pain in the feet, legs, or back. At the moment, we are not sure what the best treatment for flat feet is, so the purpose of this research is to conduct a trial to compare two of the most common treatments. The first is exercise and advice about things like which types of shoes might help. The second of the treatment is a type of insole, which is put inside the shoe. Participants will receive their treatment as part of their normal National Health System care. We would like 478 children and young people aged between 6 and 14 years old to take part in the study. Everyone will receive advice about the type of shoes to wear, ankle exercises and things to look out for when children have painful flat feet. In addition to this, half of the participants will receive a pre-made insole that is the right size. We will ask for their help for 12 months. During this time, we will track their progress by sending them 3 questionnaires in the post to fill in and weekly text messages to find out how painful their feet are during the first few months. We also want to learn more about the problems that flat feet cause, and children's experiences of the treatments delivered as part of this clinical trial. We will explore this through in-depth conversations with children and their parent(s) or the person who looks after them. Once we have finished the trial, we will work with the people who took part in the trial, and clinicians, to make sure that our results can be used by as many people as possible. We will run 3 additional studies. The first will find out if having information about the study in the form of a video in addition to information in a paper booklet will increase recruitment rates. The second will find out if sending participants a birthday card will increase the response rates to postal questionnaires. The third study will take a 3D impression of the participant's foot and see if it changes over the course of the study.