Active clinical trials for "Trigeminal Neuralgia"

The investigators will treat patients (targeting enrollment of n=20) who suffer from trigeminal or glossopharyngeal nerve pain in the context of painful small fiber neuropathy. The primary pain-related objective is reduction of pain and reduced use of rescue and other anti-pain medications. Another goal is to monitor and confirm the safety profile established in the migraine population, during previous Phase 3 trials.

Trigeminal neuralgia (TGN) is a debilitating pain syndrome where electrical, shock- like jolts of pain affect the face. Trigeminal somatosensory evoked potentials (TSEPs) provide a promising modality for measuring the trigeminal sensory and nociceptive pathway by using peripheral stimulation of the trigeminal nerve (on the skin) and measuring low latency evoked potentials on the scalp (contralateral sensory cortex). While TSEPs have been measured in the past, it is not clear if implementing TSEPs into a routine neurosurgical rhizotomy procedure will be feasible. This is a prospective cohort study examining the feasibility of routinely performing TSEPs during rhizotomies for TGN.

A randomized, double-blind, placebo controlled, two period crossover study to investigate the pharmacokinetics, tolerability and cognitive effects of 8 days dosing of CNV1014802 in healthy young versus elderly male and female subjects. Treatment periods will be separated by 13 days. The primary outcome measures are pharmacokinetics (PK) and tolerability.

The pain from Trigeminal Neuralgia (TN) imposes a substantial burden on patients in daily function and reduces quality of life. The sphenopalatine ganglion, located in the posterior part of the middle nasal turbinate, is involved in the pain associated to TN, by blocking the sphenopalatine ganglion relieves patients from the symptoms. However, methods currently in use to accomplish this are either cumbersome for the patient or invasive regarding the puncture of structures. The purpose of this study is to evaluate the efficacy of Tx360™, a new nasal applicator device, in the treatment of TN. A local anesthetic will be delivered on the ganglion area. We are expecting that this new device will provide at least the same pain relief as the previously described approaches. However, this nasal applicator is intended to be an easy and non invasive method for office use.

new technique in targeting V2 under ultrasound guidance

Clinical randomized study to compare the clinical effectiveness between two modalities of treatment of trigeminal neuralgia namely gamma knife radio surgery and microvascular decompression

Trigeminal neuralgia is one of the strongest pains known to humans. Some patients do not have enough effect with the available pharmaceutical treatments and are offered surgery. There are different types of procedures and most of them are complex with a risk for complications. The researchers want to start a pilot study on 10 patients with a new surgical technique using neuronavigation. The target will be a neural structure (sphenopalatine ganglion) which has an important role in facial pain. There have been a few trials trying to block this structure in trigeminal neuralgia, but none using this new approach with botulinum toxin. The researchers technique requires local anesthesia only (awake patient). The researchers believe that this treatment can become a "low threshold"-treatment for patients who do not have enough effect with pharmacological treatment and a better alternative to other complex surgical approaches. Using this new neuronavigation system the researchers can reach this neural structure with high precision.

Trigeminal neuralgia (TN) was defined by The International Association for the Study of Pain (IASP) as severe, sudden, usually unilateral, stabbing, brief, recurrent attacks of pain in one or more distributional branches of the trigeminal nerve. The purpose of the current study will to investigate the effect of Low level laser therapy versus electromagnetic therapy on diabetic trigeminal neuralgia pain intensity and amplitude of the compound muscle action potential of the masseter and temporalis muscles in diabetic TN patients.

The current study investigated the efficacy of pulsed radiofrequency in pain reduction in TN patients and compared the efficacy and the impact on the quality of life of the standard technique with a prolonged duration technique and a higher voltage one. Entire enrolled patients were diagnosed as classic TN according to the international headache society classification (IHS, 2013) and underwent brain MRI and MRA to exclude secondary causes. Patients were randomly divided into three groups, Group A patients underwent PRF using the standard settings, group B patients underwent PRF with prolonged duration and Group C patients underwent PRF with higher voltage. VAS and pain amplitude reduction were recorded before the intervention and 1 hour, 1 day, 1week, 1 month, 6 months and 1year after it. Quality of life was assessed before and 1 year after the intervention.

This research study will look at the safety (e.g., the occurrence of side effects) and efficacy (how well the drug works in reducing trigeminal neuralgia attacks) of a drug called lamotrigine in adults with trigeminal neuralgia.