View clinical trials related to Joint Instability.
Filter by:Objective: This study aimed to 1) investigate the long-term effect of taping and bandaging on proprioception, balance, and vertical jump among volleyball players with ankle instability, 2) Compare the short-term effects of taping and bandaging on these outcome measures, 3) Compare the long-term effects of taping and bandaging on these outcome measures. Design: A single-blinded randomized controlled study Setting: Rehabilitation Laboratory at Istanbul Gelisim University, Turkey Subjects: One-hundred participants with a chronic ankle sprain (CAI) Primary outcome measures: Proprioception (ankle range of motion absolute error), balance(Y-balance test), and vertical jump (vertical jump tester) Interventions: Participants were distributed into three groups: taping group (n=33) received ankle rigid taping, bandaging group (n=33) received ankle bandaging, and control group (n=34) received placebo taping. All three previous external supports were applied for 8 weeks. The measurements were performed at baseline, immediately after applying for support, two weeks after support and eight months after support.
The objective of the study is to evaluate the postural control and proprioception before and after external capsulo-ligament reconstruction for ankle instability.
70% of the general population suffers ankle injuries at least once in their lifetime. The ankle lateral ligament injuries cause an average of 6.9 days of work loss, and it has been reported that the quality of life of these patients is affected by their long-term results. Exercise training is important to prevent job loss, increase individuals' quality of life, or speed up their return to work. Functional or chronic insufficiency resulting from ankle ligament injury results in various abnormalities in the lower extremity. Motor coordination disorders due to instability, adhesions, peroneal muscle weakness, and loss of proprioception can be seen in the talus or subtalar joint. Instabilities are usually caused by loss of strength after an acute lateral ligament injury, hypomobility in the joint, inadequate improvement in proprioception, or inadequate healing of the ligament. Almost 40% of patients with lateral ankle injury develop a condition known as chronic ankle instability. The cause of chronic ankle instability is classified as mechanical ankle instability (MAI) and functional ankle instability (FAI). While MAI is caused by ligament laxity, other factors such as proprioceptive problems, neuromuscular problems, postural control deficiencies, and muscle weakness are caused by FAI. For this reason, peroneal muscle strengthening, Achilles tendon stretching, balance training, and proprioceptive training are shown as the most important components of the treatment program in the rehabilitation of ankle instabilities. (5) It has been reported by many researchers that functional instability can be reduced and repetitive injuries can be prevented in patients given proprioceptive training and peroneal muscle strengthening on the balance board. In the results of another study evaluating bilaterally in the lower limb after balance training given to the intact side in individuals with chronic ankle instability, it was stated that the balance function of the unstable ankle was developed. Although the treatment methods of ankle instability vary, there are very limited studies comparing treatment methods unilaterally and bilaterally in the ankle lateral instability in the literature. Our study will contribute to the literature to the next rehabilitation programs by comparing unilateral and bilateral exercise training prepared by rehabilitation protocols in many ways in two different groups.
Functional dyspepsia (FD) is defined as the presence of gastroduodenal symptoms in the absence of organic disease that is likely to explain the symptoms. Joint hypermobility (JH) refers to the increased passive or active movement of a joint beyond its normal range. Recent reports have highlighted the co-existence of FD with Ehlers-Danlos syndrome type III or hypermobility type (EDSIII). The association between FD and EDS III, and the underlying pathophysiological alterations, are poorly understood. We hypothesised that EDS III might influence gastroduodenal sensorimotor function, resulting in dyspeptic symptoms. Therefore, the aim of this study is to explore the impact of EDS III on gastric motility, nutrient tolerance and dyspeptic symptoms in patients with functional dyspepsia.Our aim is to study the prevalence of EDSIII in FD compared to healthy subjects (HS) and to study the impact of co-existing EDSIII on gastric motility, nutrient tolerance and dyspeptic symptoms in FD.
chronic ankle instability could be associated with some proximal deficits as in hip and knee regions. these deficits include alternations in motor neurons pools excitability, muscle strength, kinematics and kinetics. this study add muscle inflexibility to the preciouse literature.
Researchers recommended that NeuroMuscularControl (NMC) training should not begin immediately after an acute Lateral Ankle Sprain(LAS) because of pain and weight-bearing restrictions. So, there is a need for an alternative way by which we can begin NMC retraining sooner. By training the non-affected ankle (Cross education), clinicians can begin NMC retraining before the individuals can bear weight on the affected ankle, in the acute stage of healing, or even if there is any other precautions or contraindications to exercise due to the injuries. Athletes with more chronic injuries may be able to perform NMC and functional retraining at higher levels than otherwise would be possible by initiating the training on the non affected ankle. Initiating these activities on the non-affected ankle will result in earlier improvements in postural control and function in the affected ankle. By this way, the rehabilitation times will be short, athletes can return earlier to sport participation or work, health care costs will decrease. Up to the knowledge of the author, there is a gap in research investigating cross education effect of balance program in patients with ankle instability. So, the current study was conducted to reveal the role of this phenomena in such cases and add this phenomenon on the physical therapy field to manage patients with ankle instability (If Cross Education phenomena is effective, this phenomena will be used in rehabilitation).
The purpose of this study was to evaluate the prevalence of chronic ankle instability using the Cumberland Ankle Instability Tool (CAIT) and investigate the independent associated factors. The data was collected from adult volunteers by questionnaire including sociodemographic information, general medical condition, history of orthopedic surgery, pain intensity, and the number of painful areas of the foot.
This study aims to verify the training effect of smartphone-based training for chronic ankle instability(CAI) subjects. By randomizing subjects to App training group, clinical training group and control group, the training effect will be compared among groups.
The aim of our study was to determine the joint mobility levels and its effects on performance in male basketball players and their sedentary peers aged 16-22 years. According to the studies on the effect of hypermobility on the performance; The young athletes who played tennis had lower equilibrium results than those without hypermobility. Although there is not any study that investigate its effects in basketball, there are studies for tennis and volleyball in literature.
Prospective, multicenter, observational, comparative clinical trial on the equivalence of two different OrthoPilot® navigation system generations applied for computer-assisted total knee arthroplasty