Active clinical trials for "Neck Pain"

The aim of this study is to determine which of tertiary prevention spinal manipulative therapy (SMT) or a home exercise program is the more efficient approach to reduce pain and increase functional capacity, quality of life and general health condition. To do so, 60 participants with chronic cervical pain, will be recruited and divided into 3 groups according to the intervention they will receive: control group, experimental group 1 who will receive preventive chiropractic care in the form of spinal manipulations and experimental group 2 will have to perform an individualized home exercise program on a daily basis. We hypothesize that a group of patient receiving SMT + a home exercise program will present less pain and functional disabilities over a 1 year period. The innovative value of this project is mainly related to the fact that it will generate new and potentially very useful data concerning the clinical significance of preventive chiropractic care. Moreover, such data will be beneficial to our profession as chiropractic makes a step towards prevention, wellness and public health.

Both dizziness and neck pain are common complaints in the Norwegian population. The cervical spine has a highly developed proprioceptive system, which is involved in head and gaze stabilization as well as postural control. Thus, it has been argued that dizziness and/or unsteadiness can occur due to loss of or inadequate stimulation of neck receptors in patients with neck pain. Still, the notion of dizziness due to cervical dysfunction is a controversial topic. However, clinicians report that patients referred for dizziness often complain of neck pain, and vice versa. This study is a multi-center study including patients referred to 1) a neuro-otologic clinic due to dizziness and 2) a rehabilitation clinic due to neck pain. Both clinics are tertiary care university clinics. The study explores the prevalence, severity and spectrum of symptoms as well as clinical findings in patients with various combinations of dizziness and neck pain. The aim is to see if these patient groups differ from each other in terms of clinical characteristics, symptoms and quality of life. Additionally, the aim is to examine if there is a relationship between neck dysfunction and dizziness, and last, if the symptoms persist longer in patients with both dizziness and neck pain.

Chronic neck pain is one of the most common causes of pain, affecting 15% of the adult population, and the fourth leading cause of disability. The recognition of laterality is the ability to recognize a part of the body that belongs to the left or right which is used as a tool to create a normal process of motor planning.

The purpose of this study is to examine the influence of a 6-week cervical stabilization exercise program in university violin players with chronic nonspecific neck pain.

the aim of this trial is to compare dry needling and magnesium sulphate iontophoresis in subjects with mechanical neck pain

The purpose of the study is to compare the muscle energy technique, facet joint mobilization and conventional physical therapy in individuals with chronic neck pain on cervical lordosis, cervical range of motions, numeric pain rating scale and NDI. A randomized control trial was conducted at physiotherapy department of HIT hospital, Taxila Cantt. The sample size was 105 calculated through open-epi tool. The participants were divided into three interventional groups, experimental group (1), experimental group (2), and control group (3) each having 35 participants. The study duration was six months. Sampling technique applied was Purposive sampling for recruitment and group randomization using sealed envelope method. Only 35 to 50 years participants with 4-8 pain intensity on NPRS in cervical region were included in the study. Goniometer, Posterior tangent method on lateral radiographs for cervical curve and Self structured Questionnaire. Data was collected at baseline then 2 and 4 weeks after the application of interventions. Data analyzed through SPSS version 21.

The aim of our study is to compare the efects of conventional treatment and vagus nerve stimulation on pain, normal joint movement, disability and sleep in non-specific chronic neck pain. 36 patients aged between 18 and 65 years with non-specific neck pain participated in our randomly planned study. All these patients were divided into 2 groups. Demographic and physical characteristics of the patients were recorded. The first group was treated with auricular vagus nerve stimulation. Conservatire treatment that consists of hotpack, transcutaneous electrical nerve stimulation (TENS) and therapeutic ultrasound was applied to the second group. In addition to their treatment, some home exercises were given and tought. Pain was assessed with a visual analog scale (VAS). Muscle strength was evalvated with a digital hand dynamometer. Neck normal joınt motion was evaluated with goniometer clinometer which is a mobile phone application. While disability was mensured with the neck disability index, sleep quality was evalvated with the Pittsburg sleep questionnaire. All the measurements were recorded before the trearment and after the 15 session treatment.

Myofascial pain syndrome (MAS) is defined as a regional painful syndrome characterized by pain and tenderness in a muscle group or a muscle, a taut band within the muscle, pain reflected by pressing, and the presence of trigger points. It causes localized muscle pain in the shoulder and neck. The frequency of mas is around 12% in the normal population, and its frequency increases in those with chronic diseases. It is more common in the 30-60 age range and in the female population. Mechanical causes such as micro-macro trauma, nociceptive disorders, physical fatigue, psychological stress and genetic factors are blamed in its etiopathogenesis. Painful myofascial trigger points may occur by pressing on all muscles in the body, although it is more common in the trazius muscle, especially in those who work at a desk, who are constantly in a certain position, and who are sedentary. Myofascial trigger points are often detected by examination.

Cervical pain contributes to postural deviations and imbalance. Nanotechnology may be used for the treatment of neck pain by fixing to the skin small rounds silicone patches containing double spiral carbon nanotubes arranged in the form of a coil (Helical), which would then relieve dizziness caused by muscular contraction.

SCAPULO-THORACIC MOBILIZATION COMPARED TO IASTM IN PATIENTS WITH MECHANICAL NECK PAIN