Titlebook: Neurophysiology of the Migraine Brain; Gianluca Coppola,Wei-Ta Chen Book 2021 Springer Nature Switzerland AG 2021 Brain oscillations.Elect

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Spinal Reflexes in Migraine,ine is the nociceptive flexion or withdrawal reflex (NWR) of the lower limb. The NWR represents an objective direct measure of the functional activity of the nociceptive system in humans and, as it is modulated by descending cortico-subcortical pathways, also reflects the activity of the supraspinal control pain systems.

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Pain-Related Evoked Potentials,basal mechanism of pain and complex phenomena such as central sensitization and altered pain modulation..The use of reliable, safe, and cheap stimulators could better clarify the mechanisms of pain processing in primary headaches, thus supporting the mode of treatment action and disease improving.

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Neuroimaging Correlates of Neurophysiological Findings,nd areas of interest for future research are also discussed. We conclude that complementing electrophysiological analyses with neuroimaging tests in research studies is strongly recommended because it provides a more comprehensive perspective of brain processes, which goes beyond the information provided by either approach alone.

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Gianluca Coppola,Delphine Magisy from the viewpoint of his internal connection between metaphysics and politics. That is why it must be interdisciplinary in nature, going from basic metaphysical premises toward specific political purposes, and involving a reconstruction of concepts usually associated with the modern natural law t

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Marla J. S. Mickleborough,Gloria Sun,Daneil Moss,Conley Krieglery from the viewpoint of his internal connection between metaphysics and politics. That is why it must be interdisciplinary in nature, going from basic metaphysical premises toward specific political purposes, and involving a reconstruction of concepts usually associated with the modern natural law t

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Gianluca Coppola,Francesco Pierellintitative description of the electronic structure of Co.Mn.Fe.Si both static and dynamic correlations must be treated on equal footing. Furthermore, we report on our investigation of the spin-dependent electronic structure of ordered NiMnSb as well as of the disordered Ni.Mn.Sb alloy system. As a fi