M. de Tommaso

TL;DR: In this article, the authors measured the changes of LEP amplitudes across three consecutive repetitions of 30 trials each (the repetitions lasted 5 min and were separated by 5-min intervals).

TL;DR: It is found that migraine brains are characterized by enhanced alpha band phase synchronization in the presence of visual stimuli, and that migraine patients have an overactive regulatory mechanism that renders them more sensitive to external stimuli.

TL;DR: In the FMS patients, fatigue and pain at tender points were significantly correlated with headache frequency and FMS seems increasingly prevalent with increased headache frequency, for the facilitation of central sensitization phenomena favoured by anxiety and sleep disturbances.

TL;DR: In migraine patients the N2–P2 wave amplitudes did not show a tendency toward habituation across and within three consecutive repetitions of 21 non–averaged trials, suggesting anomalous behaviour of nociceptive cortex during the interictal phase of migraine may predispose patients to headache occurrence and persistence.

TL;DR: Topographic analysis of spontaneous and steady-state visual evoked brain electrical activity was carried out between attacks in 82 migraine patients, finding abnormal photic driving in migraine is independent of age and type of migraine.