Active clinical trials for "Migraine Disorders"

This is a phase 2, double-blind, randomized, multicenter, placebo-controlled, three arm parallel study to evaluate the efficacy and safety of two different dosages (30 IU daily and 60 IU daily) of TNX-1900 in patients with chronic migraine.

Nerivio is a remote electrical neuromodulation (REN) device that is FDA-cleared for migraine prevention (as well as for acute treatment of migraine), in individuals 12 and older. The study is a post-marketing, observational, prospective, real-world evidence study assessing the safety, efficacy, and health economics outcomes of Nerivio for migraine prevention in a real-world environment. The study population is naïve Nerivio users, aged 12 and up, who were prescribed Nerivio by their healthcare provider for either prevention treatment (for use every other day) or dual-use treatment (for use every other day and upon the onset of a migraine). The study period per participant is six months. During this period, participants will be requested to use Nerivio according to the instructions of their healthcare provider and to fill out a short daily questionnaire in the Nerivio application

The proposed study aims to examine the clinical efficacy of 24-week Tai Chi training in the prophylaxis of episodic migraine comparing with standard prophylactic medication in Hong Kong Chinese women, and to explore the mechanism of Tai Chi's intervention effect by examining the associations of changes in migraine features with neurovascular and neuroinflammation variations.

This research aims to look at the effect of low-dose naltrexone on the severity and frequency of attacks in people with chronic migraine with or without new daily persistent headache and fibromyalgia. A few studies suggest low-dose naltrexone is effective for fibromyalgia, but it has not been studied in patients with migraine and headaches. Our goal is to see if there is an improvement in either severity and frequency of attacks and overall impact on quality of life over a three-month period.

This study is a single center, random participant selection, data analyst is blinded to patient identifiers, controlled clinical trial. The proposed study is intended to establish safety and efficacy of quantifiable electrical biomarkers for migraine that can be used to confirm a diagnosis in people that have already been screened as positive for migraine using the gold standard participative criteria set out in the International Classification of Headache disorders-3 (ICHD-3) criteria. It is hypothesized that specific brain signals can be used to distinguish between migraine patients with and without aura from normal control and tension- type headache control participants by EEG enhanced with machine learning software.

This study was planned to investigate the effects of coping skills training on pain, quality of life, disability level, and coping skills in individuals with migraine.

Migraine is a common, yet often disabling, neurological disease that affects over 1 billion people around the world. It's the second most disabling disease globally and the leading cause of disability for people under the age of 50, especially women. The effects of migraine aren't limited to the individual, with a tremendous economic impact on families, friends, and employers. To help reduce this burden, research is now focusing on developing biomarkers that can help with diagnosis, predicting response to treatments, and identifying those at risk of developing chronic migraine. MicroRNAs (miRNAs) are one of the most promising classes, as they can modulate gene expression and affect a wide range of cellular processes. Other studies have already observed different miRNA expression in those with episodic migraine or chronic migraine, but no specific miRNAs have been identified as a strong and specific migraine signature. miRNA-155 is of particular interest, as it has been linked to inflammation and pain, and may be a potential target for migraine treatments. It is known that the immune system plays a role in migraine headaches. Monocytes, a type of immune cell, may be involved in the development of migraines. Certain medicines, such as aspirin, can affect monocyte function and have been used to treat migraines. Recent research has also shown that microRNAs can regulate the activity of these cells and influence inflammation, which may be linked to migraine attacks. This study aims to investigate the role of miRNA-155 and monocyte differentiation in migraine patients, and in particular its association with migraine phenotype and severity. We aim to study three groups of subjects: Episodic migraine (EM), Chronic migraine with or without Medication Overuse Headache (CM-MOH) and Healthy Controls (HCs).

To evaluate the long-term safety of AJOVY in patients under actual use conditions and to specifically evaluate cardiovascular events. In addition, information on efficacy will be collected.

The goal of this project is to evaluate galcanezumab transfer into maternal breastmilk, and to evaluate infant (growth, development, constipation, colic, infections) and maternal (headache) outcomes for dyads in which the mother was treated with galcanezumab and to compare outcomes for infants who were or were not breastfed after maternal treatment. In this prospective observational study, the study team proposes to prospectively collect serial milk samples from 30 adult women who are treated with galcanezumab for migraine. Mothers who are interested in participating will be connected with us, the main clinical site, by neurologists across the USA. Mothers must carry a diagnosis of migraine, be aged 18-45 years, and be between 14 days and 9 months postpartum, and still nursing, at the time of enrollment. This study will fill a significant unmet need as women of childbearing potential are over-represented in the migraine population, and yet they are excluded from clinical trials of migraine treatments during pregnancy and lactation.

The purpose of this study is to illustrate the safety and effectiveness of the StimRelieve Halo Nerve Stimulator System in the treatment of chronic migraine. The StimRelieve Halo System utilizes a minimally invasive procedure to implant a neurostimulator. This technology includes an octopolar electrode array stimulator with an embedded receiver. The energy source is a small, external, rechargeable transmitter, which is worn by the patient. The StimRelieve Halo System eliminates the implantable pulse generator, which has been the most common reason for reoperation or discomfort with existing devices. For this study, all subjects will be randomized at enrollment into either a delayed or immediate continuation group. The immediate continuation group will immediately continue with the stimulation therapy after the 30-day trial period and will be monitored for a total of 12 months. The delayed activation group will have their device turned off after the 30-day trial period for the next 3-months. At the 3-month visit, both groups be evaluated and the delayed activation group will have their devices reactivated. All subjects will immediately receive the permanent stimulator(s). The permanent stimulators can easily be removed if non-responders are identified. The wireless technology eliminates the need for externalized extensions, IPG's and thus reoperation. Additionally the outcome is highly dependent on placement of the stimulators. By eliminating the need for a staged trial, infection rates and incidence of pocket pain will decrease. In this study, subjects will undergo a 30-day trial in order to demonstrate effectiveness. Immediate activation of all devices will be done in the post-op period based on sensory response and subject comfort. Subjects will be seen at 14-days post-implant to assess patient compliance with the device, assess clinical response and to adjust programming parameters if not responding. Subjects will be seen at 1 month post-implant and headache diaries and questionnaires will be reviewed. Subjects not responding to the therapy by at least a 30% reduction in headache days will be deemed non-responders and will be withdrawn from the study and can choose to have the device removed. After the trial period, all responders will follow their random assignment determined at enrollment (delayed or immediate continuation). All subjects will be monitored for a total of 13 months. Adverse events will be monitored throughout the study.