View clinical trials related to Plantar Fasciitis.
Filter by:To check in patients suffering from chronic plantar fasciitis treated with shock wave therapy, if the outward appearance of the device affects clinical outcomes.
To assess whether the provision of a tension night splint (TNS) device has any additional benefit in patients with chronic plantar fasciitis, compared to routine care comprising physiotherapy & podiatry alone.
To investigate whether a procedure of ultrasound-guided autologous blood injections (ABI), which includes a dry-needling component within the overall procedure, has any measureable clinical benefit over ultrasound-guided dry needling alone in patients with chronic plantar fasciitis.
The investigators will compare Achilles tendon stretching with a new product called a ThermaWedge™ device, a foam wedge designed to help with certain foot stretches and exercises, in the treatment of chronic plantar fasciopathy. There will be 2 groups each of 25 - 30 participants who have chronic plantar fasciopathy, which is a common cause of foot pain. Exercises will be done for 6 weeks and then each group will do the other exercise protocol for another 6 weeks. Participants will fill out the Foot and Ankle Disability Index scale and numerical analog pain scale and the Global Rating of Change Scale prior to any treatment, weekly during treatment and post treatment. The investigators' hypothesis is that use of the ThermaWedge™ device will result in decreased pain and disability when compared to achilles tendon stretching.
The purpose of this study is to compare in a randomized controlled trial the effect of endoscopic operation with the standard conservative treatmentprotocol with training supplemented with 1-3 injections of glucocorticoids in patients with chronic plantar fasciopathia.
The purpose of this research is to compare patient outcomes following treatment of plantar fasciitis with conventional physical therapy (stretching, strengthening, ultrasound, manual therapy, and cryotherapy) and conventional physical therapy plus dry needling. Physical therapists commonly use conventional physical therapy techniques and dry needling to treat plantar fasciitis, and this study is attempting to find out if the addition of dry needling to conventional physical therapy is more effective than conventional physical therapy alone.
Although there are many conservative method for plantar fasciitis, patients might spend 2 years to achieve resolution. Recent study have shown that pulsed radiofrequency (PRF) lesioning of peripheral nerve can alleviate kinds of pain condition. However there are no studies of PRF lesioning of the tibial nerve in patients with plantar fascilitis by using ultrasound-guided (UG) techniques.
Plantar fasciitis (severe pain in the heel) is a common problem that has a significant impact on quality of life. There is some evidence to support the use of orthoses and stretches in the conservative management of plantar fasciitis but current orthotic management may not be optimal. More prolonged stretching with night splints may achieve better results but such splints are clinically not well tolerated. Therefore, there is a potential need to apply prolonged stretching during the day and during dynamic tasks such as walking. This has led to the development of other rigid and semi-rigid splints that have shown promising results in small scale clinical trials. There are disadvantages however with the more rigid bracing and orthoses seen in these types of splints. For example, they are often difficult to accommodate with a person's available shoes; this can be particularly difficult for women and thus limits their compliance with the intervention. Further, more rigid bracing can be uncomfortable during fast walking and running and so limits participation in such activities. Recently a novel orthotic, a customised dynamic elastomeric fabric orthoses (DEFO), has been developed. Being made from lycra® based materials the sock-like splint is lightweight and discrete, allowing it to be accommodated easily into most shoe types and potentially better tolerated when worn at night compared to currently available splints. Its design further allows it to be used comfortably during dynamic tasks such as walking and running as supported by initial anecdotal evidence in athletes. To date there has been no evaluation into the effectiveness of the DEFO in the general population with plantar fasciitis. This study will look at the feasibility of conducting a randomised controlled trial into the use of a DEFO compared to an off-the-shelf orthoses as an adjunct to usual care.
The purpose of this study is to determine whether reduced load to patients with plantar fasciitis (reduced standing, walking, landing) together with either controlled heavy resistance training or glucocorticosteroid injection or a combination thereof is the best treatment.
The purpose of this study is to determine whether the Erchonia HPS Laser is effective in the treatment of chronic heel pain arising from plantar fasciitis.