Active clinical trials for "Neck Pain"

Aim of present study is investigating the acute effects of passive joint mobilization on pain perception and range of motion. Study protocol includes passive joint mobilization application to study group with neck pain and blood sample collection of study and healthy control group.

Dynamic myofascial release is similar to joint mobilization (active physiological movements) to increase ROM with the myofascial release for fascia release. It differs from myofascial release in a way that it is a dynamic approach in which the patient is actively involved. In 2019 study was conducted on the effects of Dynamic myofascial release showing significant increase in all trunk ROMs and functional reach test in patients with chronic non-specific low back pain. To summarize, this study will going to see the effectiveness of dynamic myofascial release by addressing both fascia and active physiological movements and see the response of patient's pain level, cervical ROM, improvement in the ability to manage in activities of daily life. Furthermore this study helps to find out its effectiveness and its clinical importance in treating patients with neck pain, considering its significance of engaging multiple structures.

Chronic neck pain causes errors in joint position. There are studies in the literature suggesting that the application of instrument-assisted soft tissue mobilization improves the sense of joint position. There are no studies that acutely examine this practice on joint position sense and pain in the cervical region. As a result of our study, we will investigate the effects of instrument-assisted soft tissue mobilization in a single session on perception of pain and joint position.

This randomized controlled double-blinded pilot trial was performed in the Medical University of Vienna, Department of Special Anesthesia and Pain Medicine between 2015 and 2018. Aim of the study was to assess the effect of regular electrotherapy applied on the spinal cord of patients with chronic non-specific neck pain and/or low-back pain. The hypothesis was that subjective feeling of pain, range of motion of the cervical and lumbar region, as well as the activity in daily living improved after weekly electrotherapy sessions for 30 min each.

The aim of this study is to investigate the effects of clinical pilates exercises and electrotherapy on pain level, physical condition, functional status and psychosocial status in patients with chronic neck pain.In the study, individuals will be divided into two groups. Pilates will be applied to one group for 6 weeks, pilates and conventional therapy will be applied to one group. Individuals will be evaluated before and after treatment. In the evaluation, pain, disability, anxiety and depression status, quality of life of individuals will be questioned. In addition, cervical joint range of motion and endurance will be evaluated.

Hyperexcitable myofascial trigger points located within a taut band of skeletal muscle or fascia cause referred pain, local tenderness, and autonomic changes. The scientific data refer to an immediate improvement in the symptoms of these active points treated with manual therapy. Based on these factors, the objective of the study is to determine the effect of the combined therapy of the Jones, Chaitow, Lewit technique and pain-free positioning in participants with the presence of an active upper trapezius trigger point.

The aim of this study is to investigate the effect of pressure biofeedback on deep cervical muscle in university teachers suffering from neck pain, Functional Disability and muscle endurance.

This study aims to investigate the effectiveness of manual therapy plus cervical stabilization exercise compared to manual therapy alone on balance, proprioception, and neck muscle morphology in chronic neck pain.

Dry needling (DN) is a treatment technique used for treating musculoskeletal pain conditions. DN has shown to be effective on pain and function in patients with mechanical neck pain. Potential effects of DN can be related to several mechanisms, including physical, cognitive and emotional factors. This study will evaluate the role of the patient expectances related to the evolution (progress) of the condition, in this case, mechanical neck pain, in the effects of real or sham dry needling in sensitivity outcomes such as pain intensity or pressure pain sensitivity. Expectation of each patient in both groups will be considered positive, neutral or negative based on the outcomes of the Patient Shoulder Expectancies (PSOE) questionnaire which was adapted to the cervical spine.

This study was planned to investigate the efficacy of treatment for Kinesio tape application in chronic neck pain individuals. A total of 44 individuals were randomly divided into two groups (study group: 22, control group: 22). Conventional physiotherapy methods including active (exercise) and passive (hotpack, ultrasound and conventional transcutaneous electrical nerve stimulation (TENS)) treatment were applied to all subjects for 15 sessions (5 days a week). In addition to the individuals in the study group, Kinesio tape application was performed at the end of each session. Pain (Visual Analogue Scale), pressure pain threshold (digital algometer), range of motion (CROM device), muscle strength (Hand-Held Dynamometer), muscle endurance, pectoralis minor muscle length, quality of life (Nottingham Health Profile) and depressive symptoms (Beck Depression Scale) assessments were performed before treatment, on the second day of treatment and after treatment (after three weeks). Treatment satisfaction with individuals (Visual Analogue Scale) was assessed on the 2nd day of treatment and post-treatment (after three weeks).