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Browse 467 clinical trials for migraine. Find studies that match your criteria and connect with research centers.
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NCT05318313
This study will compare after physical therapy for Temporomandibular Disorders (TMD) performed either in-person or virtually using telerehabilitation. Comparing diagnostic reliability and quality-of-life outcomes in each group will determine (based on a 10% margin) whether delivering physical therapy via telerehabilitation is as good as standard in-person care for these individuals. Long term outcomes including patient satisfaction, cost-effectiveness analysis, and functional status will describe the feasibility of telerehabilitation as a management intervention for this population.
NCT05229224
The hypothesis of the study is the Osteo-fluidic-Senstive is effective for lowering headache pains (Reduction of the number of days of headaches per month) for patients having frequent episodic tension-type headache. The OFS method will improve quality of life and will reduce the consumption of crisis treatments. Compare the efficacy of the Osteo-Fluidic-Sensitive method versus a placebo method on patients with tension type headache for the reduction of the number of days of headaches per month after 3 months of treatment at Centre Hospitalier Universitaire de Poitiers.
NCT07309874
Headaches such as tension-type, migraine, and cervicogenic (neck-related) headaches are among the most common and disabling conditions worldwide. and are often associated with tight or sensitive muscles at the base of the skull, which can contribute to headaches. Dry needling involves inserting a very thin, sterile needle into tight muscle areas known as trigger points to relieve pain and muscle tension. When applied to the deep neck muscles, including those beneath the skull, dry needling may reduce headache symptoms. The suboccipital region contains important structures such as the vertebral artery, greater occipital nerve, and spinal cord, which requires precise needle placement to maintain safety. Many needling techniques used in this region have not been validated for accuracy or safety in living subjects. This study will use real-time ultrasound imaging to guide dry needling of the rectus capitis posterior major muscle and directly visualize nearby structures to minimize risk. The main goals of this research are to examine the effects of a single session of ultrasound-guided dry needling on headache symptoms and to confirm the safety, accuracy, and consistency of the proposed needling technique using ultrasound imaging.