View clinical trials related to Neck Pain.
Filter by:Mechanical neck pain has become a major health problem recently, affecting around one-year prevalence ranging from 42 to 67% in young adults aged 20-24 years causing pain and functional deficits. No study has been conducted before to investigate the effect of Instrument assisted soft tissue mobilization (IASTM) with mechanical neck pain on university students involved in distance learning.
There are a limited number of studies examining the difficulty of reaching treatment related to the pandemic process and the general effects of the process in patients with chronic low back and neck pain. However, no study has been found that compares the effects of individuals actively carrying and not carrying the Covid-19 virus. For this reason, the aim of the study is to examine the effects of the pandemic process on the cognitive level, pain catastrophization, physical activity level and quality of life in individuals with chronic low back and neck pain.
Purpose: The aim of this study is to examine the effects of pain training applied with conventional physiotherapy on pain, range of motion, disability, kinesiophobia and quality of life in patients with neck pain. Methods: The research is planned to be completed within 18 months at Istanbul Hospital. It is planned to include 40 individualsbetween the ages of 18-65 with neck pain persisting for 3 months or more.Individuals will be randomly divided into 2 groups. Conventional physiotherapy program will be applied to the first group. Conventional physiotherapy will be applied to the second group and neuroscience education will be given.Pain intensity will evaluate before and after exercise with 'Visual Analog Scale' (VAS), and algometer,range of motion will evaluate with C-ROM, kinesiofobia will questioned with Tampa Kinesiofobia Score, Quality of life will evaluate with Nottingham Health Profile, whereas the level of neck disability will evaluate before and after exercise with 'Neck Pain and Disability Score' (NPDS). The obtained results will analyze using appropriate statistical methods.
Back or neck problems often begin with an injury and often include a muscle injury. Injury of muscle fibers can occur due to trauma, disease, myotoxic agents, inflammatory processes, and intense exercise. The level of muscle injury in low back or neck problems is unknown. However, the relationship between muscle injury and pain has been studied intensively. Injury to skeletal muscles occurs when muscle activation begins abruptly and rapidly with muscle lengthening. Muscle pain that occurs with eccentric exercise peaks 24-48 hours after the exercise. Studies on this subject have generally focused on muscle fatigue, changes in the physiological structure of the muscle, and which muscle fiber types are injured more. Experimental studies focused on the results of skeletal muscle injury with early activation of the muscle during eccentric exercises. For example, it has been shown that mechanical changes in the tibialis anterior muscle occur in the first 5-7 minutes of exercise during eccentric exercise. Studies on the back and neck muscles are rare, and it has been stated that fatigue in these muscles plays an active role in the mechanism of injury. It is very difficult to accept this view directly, because there are different types of muscle fibers in the lower back and neck muscles. In terms of low back and neck pain and muscle injury, specific studies on muscle fiber types are required. In addition, muscle strength together with pain can change the load distribution to anatomical structures. However, muscle activity alters spinal stability and kinematics. It has been found that the M. Sternocleideomasteideus (M.SCM) muscle shows 5%-10% elongation tension during muscle activation, along with retraction in whiplash injuries. In deep muscle groups, this rate varies between 10% and 20%. It is not known to what extent the architectural features of the muscle change with these muscle tensions and to what extent the injury occurs when active extension occurs. It is clear that the relationship between muscle pain and injury should be examined in terms of biomechanical modeling, muscle architecture and outcomes. Muscle length, fiber length, pennation angle, and physiological cross-sectional area (PCSA) values of many muscle groups, primarily the M.SCM and M.Transversus Abdominus muscles, were analyzed in healthy individuals. However, it is not known how it changes in individuals with low back or neck pain. For this reason, if the architectural features of the cervical and lumbar region muscles can be determined, since they are the muscles that are most affected by low back and neck problems and then exercised the most by physiotherapists, the relationship between injury and pain can be examined and correct muscle function can be achieved. The emergence of different values from healthy muscle architecture will be valuable in terms of correct exercise planning and proper function in individuals with low back and neck problems. The aim of working with this idea is to evaluate the architectural features of the cervical and lumbar region muscles in individuals with problems characterized by low back and neck pain.
The objective of this study is to investigate the effects of myofascial release combined with isometrics and with scapular stabilization on neck pain, disability and ROM in young adults with text neck syndrome
This study will utilize qualitative cross-sectional and quantitative longitudinal methods. In semi-structured interviews, orthopedic providers and patients with spine conditions will discuss their overall perspectives, specific needs, and preferred solutions to addressing mental health impairment in the context of orthopedic care and research. In these sessions, patient stakeholders will also user test two specific mental health interventions: a customized version of a commercial digital mental health intervention (Wysa) and a prototype of a print-based mental health resource guide. The patient stakeholders will be provided one month of Wysa access, and they will complete baseline and follow-up measures related to usability, clinical effectiveness, and intermediate behavioral mechanisms through which Wysa is hypothesized to act. Wysa usage data will be obtained from the app company. Delivery of Wysa and the printed resource guide will be iteratively refined based on user feedback.
Objective of the study is to compare the effects of kinesio taping and routine physical therapy on pain, range of motion and functional disability in patients with upper cross syndrome.It is a single blinded randomized controlled trial using non probability purposive sampling technique. ALTERNATIVE HYPOTHESIS: There is a significant difference in the effects of routine physical therapy with and without kinesio taping on pain, range of motion and functional disability in patients with upper cross syndrome. NULL HYPOTHESIS: There is no significant difference in the effects of routine physical therapy with and without kinesio taping on pain, range of motion and functional disability in patients with upper cross syndrome.
The study will be a randomized controlled trial. This study will be conducted in The University of Lahore Teaching Hospital, Lahore, Pakistan. A sample size of 86 will be randomly allocated into two experimental groups,(43 participants in each group), by using computer-generated random number list method. The participants randomly allocated into two experimental, group A will receive Muscle energy technique (METs) specifically, Post isometric relaxation technique for upper trapezius and levator scapulae muscles, 1 set of 5 repetitions and 10 seconds hold along with routine physical therapy as (Hot pack, transcutaneous electrical nerve stimulator, strengthening and stretching exercises). Experimental group B will be delivered Active Release Technique on both sides of levator scapulae and upper trapezius muscles 1 set of 5 repetitions along with routine physical therapy as (Hot pack, transcutaneous electrical nerve stimulator, strengthening and stretching exercises). Both experimental groups will receive twelve treatment sessions (3 sessions per week for 4 weeks)
Cervical spine disorders can cause neck pain with or without neurological dysfunction. The most common cause of acute and chronic neck pain is cervical degenerative changes. Surgical decision of cervical pathology is made by anamnesis, neurological examination and imaging methods. Airway management can be difficult for patients presenting for cervical spine surgery. In addition, these patients may have severe cervical spine instability or spinal cord level myelopathy and may develop serious neurological complications associated with the intubation technique. Videolaringoscopes, which have become widely used with the developing technology, provide a better view than direct laryngoscopy in terms of cervical immobilization during intubation. Therefore, videolaryngoscope is preferred for cervical pathologies. Nowadays, the use of videolaryngoscope is recommended in patients with airway difficulty. Neutral position is important for intubation of patients with cervical pathology and it is highly recommended in the literature to evaluate these patients as difficult airways. All cervical patients are intubated with videolaryngoscope in investigator's clinic. The aim of this study was to evaluate how long the duration of cervical pathology affects airway anatomy and how it affects airway management during anesthesia. On the other hand, airway-related measurements will be performed by MRI and ultrasonography (USG), which is routinely evaluated in the diagnosis process, and it will be aimed to evaluate these measurements in terms of their effects on intubation quality. At the end of the study, all evaluations were analyzed and it was aimed to compare the effects of other evaluated parameters (such as USG and MRI measurements) on intubation difficulty level, with cervical pathology duration being primary.
Chronic neck pain (CNP) attributed to myofascial pain syndrome (MFPS) which is one of the particularly common skeletal muscle disorder associated with the hyperirritable zone in the taut band of muscle. Myofascial trigger points (MTrP) are one of the most overlooked and ignored causes of musculoskeletal pain. This study aims to compare the clinical efficacy of acupressure of cervical acupoints versus ischemic compression release (ICR) of MTrPs in CNP.