Active clinical trials for "Intervertebral Disc Displacement"

Nerve compression due to lumbar disc herniation and related radicular pain is a very common condition when the lifetime prevalence is considered. Lumbosacral radicular pain can be defined as pain originating from the lumbar level and spreading to the lower extremities along the distribution area of one or more spinal nerves. It is thought that the mechanical pressure of the disc material herniated to the dorsal nerve root or ganglion or the inflammation created by the chemokines and enzymes in the disc are involved in the pain formation mechanism. Various methods such as medical agents, physical therapy modalities, epidural steroid injections and surgical methods can be used in the treatment of the related condition. Epidural injections have been used for the treatment of lower back and lower extremity pain since about 1900. Epidural injections exert their effects through the anti-inflammatory and neural membrane stabilizing effects of steroids, as well as by local anesthetics increasing blood flow to the ischemic spinal root and by the removal of cytokines from the area by the injection material. Epidural injections can be performed with various different approaches, including caudal, interlaminar and transforaminal. Among these approaches, the transforaminal approach is the most recently developed approach in the late 1990s, which allows drugs to be administered directly to the pathology area. The effect of obesity, which is one of the factors thought to predispose to low back pain and lumbosacral radicular pain, has been evaluated in various studies and it has been found that it is positively correlated with low back pain and is an independent risk factor for lumbar herniation. So, does obesity have an effect on the success of transforaminal epidural steroid injection treatment? According to the literature, no significant effect on treatment success has been demonstrated. Although the body mass index, which is used in the evaluation of obesity, has provided us important information about the health of the person in general for a long time, it is now thought to lead to an incomplete assessment. Because it does not provide information about body composition ratios (fat amount / lean body mass). Studies have shown that there is a high correlation between the percentage of body fat and the thickness of the subcutaneous fat tissue in the lumbar region, and there is a significant relationship between the lumbar region subcutaneous fat tissue thickness (especially L1-L2 level) and the degree of intervertebral disc degeneration and vertebral surface change. From this point of view, in another study, the L1-L2 disc level subcutaneous fat tissue thickness, was called the subcutaneous fat index, and the cut-off values that showed a significant relationship with spinal degeneration were determined. In the study we planned, in cases of spinal radicular pain (etiologically caused by intervertebral disc herniation), body mass index, lumbar level subcutaneous fat tissue thickness and subcutaneous fat index data whether be or be not correlated with treatment effectiveness/success in patients who received transforaminal epidural steroid injection, and if so, the level of significance intended to work. Before applying for surgery, we aim to develop a practical approach that can be used by relevant clinicians and contribute to the literature, which can predict 'what level of treatment success can we achieve in which patient?' with this injection method.

Facet joints are synovial joints located on the dorsolateral side of the vertebral column. Normally, both facet joints are symmetrical. Facet tropism (FT) is defined as asymmetry between the angles of orientation of the joints, in which a facet joint in the same segment is more sagittally oriented than the other. In 1967, Farfan and Sullivan first reported that FT is a possible risk factor for the development of disk herniation. However, this is controversial as there are other views advocating that FT is not a risk factor for the development of cervical disc herniation. Further, it has been emphasized that patients with FT have a greater need for adjacent segment degeneration and new spinal surgery after spinal fusion surgeries than those without FT. In the current literature, studies have been conducted to examine the clinical and radiological parameters that may be related to the effectiveness of cervical interlaminar epidural steroid injections (ILESI). The aim of this study was to examine the effect of the presence of FT on ILESI results in patients with cervical disc herniation-induced radicular pain.

This study will be conducted at Research Institute of Traumatology and Orthopedics (NRITO) n.a. Ya.L.Tsivyan, Novosibirsk, Russia. The current study is prospective observational study to evaluate the efficacy of preoperative estimation of disc herniation recurrence among patients with lumbar disc herniation using predictive mathematical model at terms 3 years postoperatively . It is expected to enroll 350 patients aged 18-70 with lumbar disc herniation. Risk estimation of disc herniation recurrence will be evaluated preoperatively, then patient will undergo conventional microdiscectomy. Postoperative eximanation will include Visits every 6-months during 3 years to evaluate clinical outcomes.

The aim of the study is to investigate serum cytokine levels and the efficacy of lumbar stabilization exercises in patients with lumbar disc herniation with and without neurological deficits. Patients who applied to Hacettepe University Hospitals Physical Medicine and Rehabilitation Department with low back pain complaints and were referred for treatment will be included in the study.

Rationale: Treatment with transforaminal epidural injections is part of usual care in patients suffering from lumbar radiculopathy. However, not all patients experience a satisfactory result from this treatment and it is unclear what percentage of patients responds well and if any clinical or radiological factors exist that predict a positive response. Objectives: Primary: to develop a model based on demographic, clinical and radiological parameters for prediction of treatment success after TEI Secondary: to estimate the short-term efficacy of TEI in patients with LDH and spinal stenosis based on pain, functionality and perceived recovery scores, to determine the correlation between clinical and radiological baseline parameters and physical and psychological patient outcome measures, to determine the rate of additional injections and rate of surgery after treatment with TEI, to determine the short-term (cost)effectiveness of TEI on physical and psychological patient outcome measures, and to determine the rate of complications associated with TEI Study design: Prospective cohort study Study population: Patients that are scheduled for TEI as part of usual care suffering from a new episode of lumbar radiculopathy Main study parameters/endpoints: leg and back pain scores at baseline, 30 minutes, 2 and 6 weeks after treatment. ODI, HADS, Quality of Life and PCI at baseline, 2 and 6 weeks after treatment. Perceived recovery at 2 and 6 weeks after treatment. Usage of healthcare at baseline, 2 and 6 weeks after treatment.

Study Purpose: This study is intended to monitor outcomes for 1 year following cervical TFESI. Based on current clinic volume and enrollment rates into a current study of cervical epidural injections that is nearing completion, we conservatively estimate a study enrollment period of 18 months and a total period of 2.5 years from enrollment to final follow-up data collection. If the study were to theoretically start enrolling in July 2019, we would anticipate completion by February 2022. Objectives: Determine the proportion of patients with an 80% or greater improvement in arm and neck numerical rating scale pain (NRS) score following an initial cervical transforaminal steroid injection (TFESI) at 4 weeks post-injection and the duration of response up to 12 months. Determine the proportion of patients with a 50%-79% improvement in arm and neck NRS score following an initial cervical TFESI at 4 weeks post-injection and the duration of response up to 12 months. Determine the proportion of patients with less than 50% improvement in arm and neck NRS score following an initial cervical TFESI at 4 weeks post-injection and the duration of response up to 12 months. Determine the proportion of patients with an initial injection plus up to 3 additional injections that maintain 80% or greater, as well as 50-79%, improvement in arm and neck NRS score for up to 12 months. Determine the proportion of patients with a clinically significant change in function defined by a minimally clinically significant change (MCIC) (≥10 point improvement ) or 30% improvement in Neck Disability Index (NDI) score following an initial cervical TFESI at 4 weeks post-injection and the duration of response up to 12 months. Determine the proportion of patients with clinically significant improvement in the Medication Quantification Scale (MQS III) score (≥6.8 point change , equivalent to 10 oral morphine equivalents ) following an initial cervical TFESI at 4 weeks post-injection and the duration of response up to 12 months. 6. Determine the proportion of patients with clinically significant improvement in the categorical EuroQol 5 Dimensions tool (EQ-5D) defined by ≥0.03 following an initial cervical TFESI at 4 weeks post-injection and the duration of response up to 12 months. 7. Compare patient demographic, clinical, and imaging characteristics between response groups and perform predictive modeling to better understand variables that increase the likelihood of a successful clinical outcome. 8. Report adverse effects.

The purpose of this study is to use the " Pulse Detection System of Sound Waves " to collect the pulse information of recruited subjects, and to extract characteristic pulse information by multi-scale entropy, Fourier transform, Hilbert yellow transform, spectrum analysis, wavelet analysis and other methods. Evaluate the specificity, sensitivity, positive likelihood ratio and negative likelihood ratio of the "Pulse Detection System of Sound Waves" in the diagnosis of lumbar disc herniation.

The aim of this study is to compare the effects of written and video based home exercise program in patients with symptomatic lumbar disc herniation on pain level, function and quality of life.

Lumbar degenerative disc disease and discogenic low back pain is comparatively common and disabling musculoskeletal condition, however there is no conclusive evidence regarding the positive effects of conservative physical therapy management in terms of radiological changes and improvement in disc height. For this reason, the current study will not only look into the positive effects of conservative physical therapy on postural stability, pain and function, but also in terms of disc height in persons with discogenic low back pain.

Cervical disc herniation is a common source of cervical radiculopathy, which can occur suddenly due to trauma and results from chemical and mechanical degenerative changes that occur over time, with an annual incidence of 1.6 per 100,000 and is more common in people in the third to fifth decades of life. The prevalence of cervical disc herniation increases with age in both men and women. It is more common in women and accounts for more than 60% of cases. Cervical disc herniation is a spine disease that seriously affects the quality of life of patients and imposes a heavy economic burden on individuals and society. In recent years, with the widespread use of mobile phones and computers and the increase in the life pressure of today's people, the incidence of cervical disc herniation has shown a younger trend. The role of surgical and non-surgical treatment of patients with cervical disc herniation has not been adequately investigated. While the majority of published data reflects surgical outcomes, there is little data on the outcomes of patients treated without surgery. The most commonly used non-surgical treatments are manipulation, mobilization, kinesiology taping and therapeutic exercises along with electrotherapy agents such as laser therapy, TENS, vacuum interferential and traction. Exercise is considered one of the evidence-based methods to reduce pain in cervical disc herniation, prevent further injury, increase muscle strength, endurance and flexibility, improve proprioception, and contribute to and maintain normal life activities. Exercises used in neck pain in the literature consist of various exercises such as cervical isometrics, cervical concentric/eccentric exercises using pulley systems or weights, upper extremity exercises using dumbbells or deep neck flexor/extensor rehabilitation. Isometric exercises are effective in treating neck pain, range of motion and disability.