View clinical trials related to Neuralgia.
Filter by:There is a significant debate whether local infiltration techniques may be a method to treat complicated chronic pain syndromes, e.g. refractory headache. Until now there is a lack of evidence regarding efficacy of this treatment especially in long term follow up. Similarly, indication and management are under debate. Aim of this trial is to analyse pain scores during first treatment with anaesthesiological infiltration series.
This study will be aimed at assessing the feasibility of a dual-device treatment prior to a rehabilitation session for an orthopaedic injury requiring immobilization, and its impact on improving outcomes and decreasing the risk for development of neuropathic pain. The investigators will evaluate the clinical feasibility and effectiveness of incorporating the Alpha-Stim and Inter-X treatment into a standard rehabilitation protocol to address risk factors associated with the development of neuropathic pain (i.e., pain, range of motion, and skin temperature) as well as its impact on reduced pain medication.
Neuromas are frequent after trauma and surgery, including amputation and can be identified by high-resolution ultrasound. The role of neuromas as the cause of neuropathic pain is uncertain. In this observational cohort study, the investigators wish to explore if the prevalence of neuromas are higher in patients with pain after peripheral nerve injury and amputation, than in patients with the same conditions but without pain.
This study aimed to investigate the influence of the glycemic control of type 2 diabetes (DM2) and of cetirizine (OCTs inhibitor) on gabapentin kinetics disposition and pharmacodynamics (PK-PD) in patients with neuropathic pain. Thus, non-diabetic patients (Control Group, n=10), patients with controlled diabetes (n=9) and patients with uncontrolled diabetes (n=10), all with neuropathic pain of intensity ≥ 4 in pain visual analog scale (0-10) were investigated.
Since its introduction in the 1970s, Paclitaxel has been used as an effective anticancer agent against lung, breast, ovarian, leukopenia and liver cancer. But, Paclitaxel-induced peripheral neuropathy is the major dose-limiting side effect of paclitaxel.Paclitaxel induced peripheral neuropathy most commonly presents as 1. Pain 2. Burning, 3. Tingling ("pins and needles" feeling) or electric/shock-like pain, 4. Hyperalgesia, 5. Allodynia, 6. Increased sensitivity to cold or heat These symptoms are classically seen symmetrically in the distal extremities (glove and stocking distribution). Most adverse effects associated with chemotherapy are ameliorated after cessation of the therapy, but CIPN may persist in the longterm, with 30 % patients having CIPN related symptoms beyond 6 months after completion of chemotherapy7.Understanding the epidemiology of neuropathic pain in breast cancer patients has high clinical and public health significance.
The aim of this study is to evaluate, versus placebo, the analgesic efficacy of the opercular-insular cortex stimulation with Transcranial Direct Current Stimulation (tDCS), in both healthy subjects and chronic neuropathic pain patients. In healthy subjects analgesia by tDCS will be assessed using both laser stimuli and cold pressor test. In patients the assessment regards their chronic pain (ratings for ongoing, evoked and paroxysmal pain, sleep and fatigue). Opercular-insular stimulation is obtained via a combined 6-electrode montage and by bi-vestibular stimulation (since vestibular pathways reach the posterior insular cortex). In patients, three separate conditions (two active and one sham) will be tested in randomised order. In healthy subjects, two other conditions are added to control for attention and distraction confounders.
The purpose of this study is to evaluate three different injectable solutions used to block ankle nerves to manage ankle pain. The current standard of medical care is to inject a combination of local anesthetics and steroids around injured nerves. There is evidence that injection of local anesthetic (without the steroid) can calm the injured nerve and provide pain relief from a few days up to a few months. Injection of sterile salt water also has the potential to provide pain relief by breaking scar tissue around the nerve thereby relieving compression. Injections of local anesthetic and steroids around injured nerves have been used for many years to provide relief of pain but the specific reason is not well known for this benefit. There are three possibilities: 1) Steroids can reduce inflammation and calm the nerves, 2) local anesthetics can have similar actions but with shorter duration (few days), and 3) injection of any solution can break scarring around an injured/compressed nerve. The study will compare pain relief and possible adverse effects from these three different solutions. This study will help provide definitive answers regarding pain relief and possible adverse effects of the three solutions. This, in turn, will determine the best possible option for injection in patients with nerve-related injury pain.
The main goal of this study to integrate techniques producing images of the brain (also called neuroimaging techniques) with non-invasive brain stimulation to investigate factors that may be associated with chronic pain in patients with Trigeminal Neuropathic Pain (TNP).
A Randomized, Double-blind, Active-Controlled, Multi-center, Phase 3 Trial to Compare the Safety and Efficacy between YHD1119 and Pregabalin in Patients with Peripheral Neuropathic Pain
The proposed study will set the foundation for future multi-center studies. To validate tMS as a non-contact and non-invasive pain treatment option for reducing pain in Veterans with PTP-NP and improving their overall functions.