View clinical trials related to Neuralgia.
Filter by:The purpose of this study is to determine whether what kind of occlusion are related the orofacial pain under investigation, and whether occlusal adjustment have an effect in relief of this kind of orofacial pain.
This is a double blinded randomized control trial of a Surface Acoustic Wave Patch device for the treatment of Trigeminal Neuralgia. This will be a crossover study for the group that receives the sham device. Subjects will be monitored for subjective criteria of pain and quality of life, as well as objective measurement of analgesic usage.
This trial is designed to preliminary evaluate the efficacy and safety of NIBS system for evaluation and treatment of neuropathic pain. The NIBS system evaluates brain neuronal network activity and customizes a personalized treatment utilizing low current non invasive brain stimulation technology for neuropathic pain with central component. this is single meeting trial which includes brain activity evaluation and a single treatment and sham treatment. The goal of the study is to evaluate the central brain component of neuropathic pain subjects, and the effect of conventional tDCS treatment.
In the context of peripheral neuropathy, we will aim to elucidate correlates between sensory symptoms and: - Sensory nerve dysfunction. - Cutaneous small nerve fibre innervation density. - Psychological co-morbidity. - Circadian rhythm disturbance co-morbidity. - Functionality and Quality of life. - Patterns of human brain activity in a subset of patients that consent to participate in the FMRI (functional magnetic resonance imaging) component of PINS. 2. We will also collect blood samples in this phenotyped cohort of patients. These blood samples coupled with detailed phenotype data will investigate potential gene associations only in the development of painful neuropathy. 3. Knowledge gained from the study will be used to aid the further development of pain questionnaires, designed to detect patients with painful neuropathy. 4.Knowledge gained from the study will be invaluable in informing on-going investigations of painful peripheral neuropathy in animal models, both in our laboratory and others.
The investigators conducted a randomized, Double blind, and Controlled Study to evaluate the Efficacy and safety of Lidocaine Infusion Treatment in Management of Neuropathic pain.
For ten years, rTMS, repetitive transcranial magnetic stimulation of the motor cortex, has found its place in the treatment of drug-resistant neuropathic pain. Patients relieved by some sessions may thereafter receive a chronic invasive stimulation via electrodes implanted through a neurosurgical procedure. This is common practice at the University Hospital of Caen and in different CHU with the proper equipment rTMS. It seems permissible to provide in our center only a non-invasive technique for patients challenged with brain surgery, since according to the various meta-analyzes the analgesic efficacy of rTMS seems to be correlated to the repetition of sessions. Assessment centers and the treatment of pain allow a multidimensional assessment, bio-psycho-social of patients in order to optimize their management and experience efficiently analgesics first- and second-line. We propose a study evaluating the analgesic efficacy of rTMS, in relevant stimulation parameters reproduced according to a literature review, during 3 months after 5 active sessions separated by one week apart, in 15 patients with neuropathic pain chronic refractory to treatment of first and second line, followed by multidisciplinary center specializing in chronic pain Lower Normandy. The quality of life will also be assessed by validated scales, and the results will be compared to the literature data.
The primary outcome is to compare the analgesic efficacy of intravenous ketamine treatment to that of a placebo in patients with refractory neuropathic pain. The secondary outcomes are: 1. - To compare the additive analgesic efficacy of prior administration of magnesium sulfate to that of placebo and ketamine only, on the effectiveness of intravenous ketamine treatment, 2. - To study the evolution time of pain and analgesia after the intravenous administration of ketamine and placebo, 3. - To study the correlation of the analgesic response to administered products respectively ketamine, ketamine and magnesium sulfate, placebo.
The purpose of this study is to confirm the analgesic effect of tDCS in neuropathic chronic pain, to estimate the importance and the duration of this effect, and to improve its efficiency by the use at home. It is established that the repetition of the sessions of cortical stimulation over a week improves their analgesic efficacy. However, this effect does not exceed a few weeks and is much lower than that of the stimulation implanted surgically. Implanted stimulation operates periodically, several times a day, and this "repetition of doses ", akin to the regular taking of a medicine, may explain its longer efficacy for pain relief which, may extend over several years (André-Obadia and al 2014). No study at this date has estimated the long-term effect of non-invasive stimulation when is also periodically repeated on a daily basis, over several weeks.
Range from 24% to 44%, with a prevalence of neuropathic-type pain from 6% to 20%-cause impairment in quality of life and functional capacity after total knee arthroplasty(TKA). Duloxetine (cymbalta) is a selective serotonin and nor-epinephrine reuptake inhibitor shown to be effective in treating chronic pain. Serotonin and norepinephrine in the brain and spinal cord are believed to both mediate core mood symptoms and help regulate the perception of pain. Its effects on depression and anxiety symptoms, as well as its effect on pain perception, may be due to increasing the activity of serotonin and norepinephrine in the central nervous system. Approved for the acute and maintenance treatment of major depressive disorder, the acute treatment of generalized anxiety disorder, the management of diabetic peripheral neuropathic pain and the management of fibromyalgia, all in adults (18+). Investigators will compare the neuropathic pain following TKA in duloxetine group (n=84) with those in non-duloxetine group (n=84). Investigators will classify the participants in to 2 groups (duloxetine and non-duloxetine group) randomly, and primarily evaluate the degree of neuropathic pain using the S-LANSS pain scale (preoperatively and postoperatively 3 and 6 months). All participants will receive postoperative pain control after TKA using the same pain control regimen except duloxetine.
This study is designed to evaluate the effect of repetitive Transcranial Magnetic Stimulation (rTMS) in the resolution of chronic pain. Participants will be patients with Multiple Sclerosis suffering from chronic pain of neurological origin.