Active clinical trials for "Tendinopathy"

Tendon injuries are the most common injuries in sports. They are difficult to treat and cause prolonged absence and decreased athlete performance. Proximal hamstring tendinopathy (PHT) is one of them. First described by Puranen and Orava in 1988 as hamstring syndrome. This injury is most common in the active population. PHT is a chronic degenerative injury that is produced by mechanical overload and repetitive stretch. Risk factors include overuse, poor lumbopelvic stability and relative weakness of the hamstring muscles. The phenomenon manifests itself with deep pain in the ischial tuberosity area and projection to the posterior thigh, pain during prolonged sitting, pain during hip flexion and knee extension and pain that increases or arises during running, especially during the swing phase. Risk factors are divided into internal (systemic and biomechanical) and external factors. Internal factors associated with systemic characteristics, include advanced age, sex, obesity, genetics, inflammation and autoimmune conditions, diabetes, hyperlipidemia, and drug use. The external factors, which are more modifiable, are those that depend on the patient's external environment and include training errors such as increasing training volume and / or intensity too quickly and insufficient recovery that cause an overload on the tendon. For PHT two conditions are considered provocative - energy storage, an action that is typical in the late swing phase while running and repetitive movements that cause compressive forces of the tendon on ischial tuberosity. Compressive forces increase as the hip or trunk flex which explains why training errors such as an increase in volume or intensity of the training and non-gradual change in training type, such as hurdle or hills training, are considered to be factors involved in PHT. PHT treatment options include physiotherapy, shock waves, Platelet rich plasma (PRP) and surgical treatment. Non-surgical treatments for tendinopathy includes gradual loading of the tendon under the supervision of the level of pain. The load on the tendon causes an increase in collagen synthesis and an increase in the stiffness and capacity of the tendon which ultimately helps return the athlete to function and reduces the level of pain. Although the injury mechanism is common among runners and athletes from various endurance disciplines (medium and long distance runners, triathletes, etc.) the phenomenon and its treatment has not been sufficiently studied within this population.

Tendon adhesions of the hand remain a ubiquitous problem facing hand surgeons and hand therapists alike. Despite their commonality, no consensus exists as to the best means of preventing adhesions, or the most ideal methods to treat them once they have occurred. The purpose of this study is to compare patient outcomes after standard operative tenolysis performed for adhesions of the hand to outcomes after tenolysis with the use of allograft human amniotic membrane.

This study aims at testing the discriminative validity of strain elastography in the normal and abnormal/pathological Supraspinatus tendon due to tendinopathy

This study aims a determine the responsiveness of sonoelastography in the tendinopathy-affected supraspinatus tendon.

Athletic tendinopathies of the upper and lower extremity are often therapeutically challenging. Colour and Power-Doppler-ultrasound visualizes pathological neovessels in painful tendons, which are associated with pain-mediating nerve fibres in such tendinopathies. These neovessels are represented by an increased capillary blood flow at the point of pain. Painful eccentric training reduces pain and improves function in Achilles tendinopathy substantially (evidence level Ib). Shock wave therapy in combination with eccentric training is superior to eccentric training alone (evidence level Ib). Long-term results suggest a collagen induction and reduced pain following topical glyceryl trinitrate (NO) (evidence level Ib). Colour- and Power-Doppler-guided sclerosing therapy using polidocanol reduces pain, improves function and may lead to tendon remodelling (evidence level Ib). Pain-restricted sport beyond pain level 5/10 during therapy is recommended (evidence level Ib). 3x10min of cryotherapy reduce pain and capillary blood flow (evidence level Ib). The role of proprioceptive training in tendinopathy has to be determined in future randomized-controlled trials (evidence level II). The investigators thought to evaluate the combination of the aforementioned individually successfully therapeutic options in athletes to shorten the recovery period and return to play interval.

Patellar tendinopathy is one of the most frequent causes of non-traumatic knee pain and reduced function in patients. Standard treatment options for patellar tendinopathies include non-steroidal anti-inflammatory drugs, corticosteroids, cryotherapy, manual therapy, eccentric exercises, and ultrasound. Unfortunately many patients fail to respond to these therapies and return to normal activity levels, and recurrence rates for those who do respond are unacceptably high. Many patients who fail to respond display persistent degenerative changes on imaging studies suggesting a failure to regenerate the pathological tissue. Developing new therapies that can directly promote the synthesis of new, healthy extracellular matrix tissue could therefore address an important therapeutic need and make a substantial improvement in our ability to effectively treat patellar tendinopathy and reduce recurrence rates. Somatropin (human growth hormone of recombinant DNA origin) has been shown to increase protein synthesis and matrix production when delivered directly into the tendon. This study will evaluate the ability of somatropin to improve clinical outcomes and tissue quality in patients with chronic tendinopathy.

A 24-week observational prospective study on the efficacy of topical non-steroidal anti-inflammatory drugs for the relief of pain.

This study will investigate the reproducibility of a clinical diagnostic classification system for groin pain between two different examiners.

The purpose of this study was to investigate adaptation, validity, and reliability of the Turkish version of the Victorian Institute of Sports Assessment for Gluteal Tendinopathy (VISA-G) Questionnaire.

This study was planned to investigate the effect of blood flow restriction exercise training on shoulder muscle strength and muscle thickness, and to determine the change in pain and symptoms in patients with rotator cuff tendinopathy. Patients in the study group will perform the rehabilitation exercises with a pneumatic cuff and blood flow restricted. The patients in the control group will perform the same exercise program without restricting blood flow.