Middle Meningeal Artery Dilatation in Migraine
Elliot Shevel
Abstract
Elliot Shevel
Abstract
OBJECTIVE: To show that migraine pain is not related to dilatation of the dural meningeal arteries. BACKGROUND: The origin of the pain in migraine has not yet been adequately explained and remains the subject of vigorous debate. Current theories implicate changes in the trigeminovascular system, which is defined as comprising the large intracranial vessels, and in particular, the dural meningeal vessels, the dura mater, and their neural connections. METHODS: The anatomical relationships of the dural meningeal arteries to the dura mater and the inner surface of the calvarium are described. RESULTS: The dural meningeal arteries lie in grooves in the inner table of the calvarium, are encased in the unyielding fibrous dura mater, and are consequently unable to dilate. CONCLUSION: The pain of migraine is not related to dilatation of the dural meningeal arteries.
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OBJECTIVE: To show that migraine pain is not related to dilatation of the dural meningeal arteries. BACKGROUND: The origin of the pain in migraine has not yet been adequately explained and remains the subject of vigorous debate. Current theories implicate changes in the trigeminovascular system, which is defined as comprising the large intracranial vessels, and in particular, the dural meningeal vessels, the dura mater, and their neural connections. METHODS: The anatomical relationships of the dural meningeal arteries to the dura mater and the inner surface of the calvarium are described. RESULTS: The dural meningeal arteries lie in grooves in the inner table of the calvarium, are encased in the unyielding fibrous dura mater, and are consequently unable to dilate. CONCLUSION: The pain of migraine is not related to dilatation of the dural meningeal arteries.
Key concepts: Middle meningeal artery, Migraine, Medicine, Migraine Disorders, Internal medicine, Surgery, Embolization