Active clinical trials for "Migraine Disorders"

It is not previously investigated whether, there is a correlation between potassium channels and migraine, so it is unclear whether, this signaling pathway through potassium channels has an impact on migraine pathophysiology. Maxipost (BMS 204352) is a vasoactive molecule that causes vasodilation via the big calcium dependent potassium (BKCa) channel signaling pathway. Maxipost decreases the blood pressure and maxipost infusion causes headache in healthy volunteers. A possible coherence between maxipost and headache/migraine in healthy volunteers and migraine patients is yet to be investigated. The present study aims to clarify a possible coherence between maxipost and headache/migraine and it will help to shed light on the importance of potassium channels in migraine. In general, the study will contribute to a greater understanding of migraine pathogenesis and possibly lead to development of specific migraine treatment.

Migraine is a common and disabling disease that affects more than 10% of the population worldwide. The prevalence of migraine in Taiwan is around 9.1%. The migraineurs missed 2 workdays due to migraine per year, that is 3.7 million estimated missed workdays in total and an estimated cost of 4.6 billion New Taiwan dollars. In addition, some migraineurs have poor response to the medications or suffer from adverse effects, and may further develop medication-overuse headache. Therefore, in recent years, efforts have been made to develop non-medication treatments, and the number of studies using neuromodulation as an intervention has increased dramatically. Among them, peripheral electrical stimulation has long been a routine treatment for pain in the clinic, and research has also shown its good evidence. In addition, recent studies have shown that peripheral electrical stimulation can also alter the cortical activities. Compared with the proximal brain stimulation, the remote electrical stimulation is safer, more convenient, less expensive and suitable for home use. To date, only one research had focused on the immediate anesthetic effect of remote electrical stimulation whereas the research for migraine prevention is still absent. Therefore, we expect to utilize a more remote electrical stimulation than trigeminal nerve electrical stimulation, which is the commonly used research method nowadays, as an interventional model. In three years, we will recruit 80 migraineurs along with 40 healthy controls and investigate the effects of 8-week home-based remote electrical stimulation on the prevention of migraine and the mechanisms using brain imaging, electrophysiological and biochemical examinations. We also aim to identify the predictors of the responders to remote electrical stimulation. If the effects of remote electrical stimulation are confirmed, as a non-drug neuromodulation management with features of non-invasive, low adverse effects and high accessibility, it will greatly lower the cost of social health care and better improve the quality of life and clinical status of the migraineurs.

The study is to assess the effectiveness of topically applied bimatoprost in reducing migraine headache frequency, severity, and duration. It will also assess the effect of topical bimatoprost on quality of life.

Between January 2020 to August 2021, fifty percent of patients referred from Geisinger's primary care sites to Neurology for headaches did not trial appropriate first line therapy prior to referral, and there was limited access available at Geisinger's Neurology department. This project was initiated to improve patient experience, management of headache, and provider experience as it relates to headache management. Geisinger's Neurology department, pharmacy department, and Community Medicine Service Line (CMSL) sites have collaborated to develop a Headache CarePath (i.e., a best practice alert containing: an EPIC headache assessment, Express Lane for prescriptions, and Ask-a-doc button for Neurology consult) and piloted at 2 CMSL sites (Woodbine, Selinsgrove) to gain some initial feedback. The feedback has been incorporated into best practice alert (BPA) language and criteria. The project team now plans to implement this CarePath to half of CMSL sites first while the other half of CMSL sites will continue to practice the standard of care as of today. The team will evaluate the impact of this CarePath on patient outcomes [change in Headache Impact Test-6 (HIT-6) scores, change in the frequency of headaches, and change in pain intensity], emergency department (ED) visits, number of referrals to Neurology for headache, and prescribing of headache medications by comparing the measures in clinics that had the CarePath implemented to those that did not. Patient outcomes will be collected by Geisinger's Survey Core, which will reach out telephonically to patients to ask about the status of their headaches (HIT-6, frequency, intensity of headaches, M-TOQ-5). Other measures will be collected and analyzed using secondary data sources such as electronic health record (EHR) data. The initial implementation is planned for 6-9 months. The findings from this evaluation will help the CarePath team identify any remaining opportunities or guide the direction of its future enhancements of the CarePath tools. The results of this evaluation will be shared with the Geisinger leadership to demonstrate its value to the organization.

Post-marketing, retrospective, observational survey study. Users (menstruating women only) of Nerivio who have used Nerivio at least 4 times between October 2019 and December 2020 will be contacted by email and/or through an app notification and will be asked to complete a 5-minute online anonymous survey assessing satisfaction, effectiveness, and safety. Eligible users will sign an informed consent form (the consent language will appear as the first page of the survey, and participants will click either "agree" or "disagree" to the consent statement; those who click "agree" will proceed to the survey, those who click "disagree" will be brought to an exit page) and complete a survey asking about their satisfaction with Nerivio and the effectiveness and safety of the device for acute treatment of menstrual migraine. During the survey, participants will be screened to verify that they have menstrual migraine (self-reported) and have used Nerivio to treat menstrual migraines.

The study aims to investigate the impact of 2 nutritional patterns on high-frequency episodic migraine. Subjects enrolled will be randomized in two arms: a) very-low-calorie-ketogenic-diet (VLCKD), b) hypocaloric balanced non ketogenic-diet (HBD).

This is a retrospective controlled survey study to assess the safety of treating migraine with Nerivio during pregnancy and 3 months postpartum. The study will compare migraine and pregnancy-related health and baby health between women with migraine who treated migraine attacks during pregnancy with Nerivio (Nerivio group), to women with migraine who did not treat migraine attacks during pregnancy with Nerivio (control group). Nerivio group participants will be recruited from Theranica's user base. Control group participants will be recruited by health care providers, including headache specialists and OBGYNs (study co-investigators). The study is based on an e-Survey including an e-eligibility questionnaire, an e-ICF ande-Questionnaire. Participants will be compensated for their time.

This is a Post-marketing study investigating the safety and efficacy of the REN device (Nerivio by Theranica, ISRAEL) in adolescents with migraine. Data analysis concerning the REN treatment efficacy in terms of pain and functional disability as a standalone treatment or in combination with other medications will be performed.

This study was an observational, open-label, cohort-study conducted in accordance with the principles of the Helsinki Declaration. We prospectively and systematically recorded data from the patients and analyzed them retrospectively. During a first phase, called adaptation period, the injector (DR) used a follow-the-pain approach in order to determine the optimal injection scheme for each individual. The possible injection sites were the corrugator, temporalis, and trapezius muscles. Patients were systematically asked about the usual topography and time course of migraine attacks, and the existence of pain or stiffness of the cervical muscles. If the pain was predominantly located in the frontotemporal area, the corrugator and temporalis muscles were injected bilaterally. When the patients had predominant pain in the back of the head, or when their headache pain frequently started and/or ended in the trapezius muscles, both trapezius muscles were injected. These muscle groups were injected together if pain was both frontotemporal and cervico-occipital. When this first set of injections was efficacious, patients were re-injected in the same manner at the time when the frequency of headache days definitely increased. In the absence of efficacy, the paradigm was modified using the same follow-the-pain approach. Once the best procedure was determined for each patient, it was reproduced at each subsequent injection session. This adaptation phase could necessitate up to three sessions. The observation period started 8 weeks before the first efficacious injection and ended 2 months after the second consecutive efficacious injection, or in case of inefficacy. Throughout the adaptation and the observation phases, patients kept a headache diary where they were asked to note the days with headache and the use of rescue medication.

This trial is collaboration between Mayo Clinic, Second Opinion Health (Simon Bloch, simon@somobilehealth.com 408-981-3814) and Allergan. Mayo Clinic investigators are conducting the clinical trial, Second Opinion Health is providing the software for use in the trial (Migraine Alert app for data collection, analysis and machine learning algorithms), and Allergan is providing funding. The investigators hypothesize that the use of a mobile phone app and Fitbit wearable to collect daily headache diary data, exposure/trigger data and physiologic data will predict the occurrence of migraine attacks with high accuracy. The objective of the trial is to assess the ability to use daily exposure/trigger and symptom data, as well as physiologic data (collected by Fitbit) to create individual predictive migraine models to accurately predict migraine attacks in individual patients via a mobile phone app.