The European Association of Young Neurologists and Trainees in 2013: striking a blow for European junior neurologists.

BACKGROUND AND PURPOSE: The main objective of the European Association of Young Neurologists and Trainees (EAYNT), an independent Brussels-based association of junior neurologists, is to represent and promote the interests of European junior neurologists. METHODS AND RESULTS: A wide variety of projects and activities are ongoing, carried out by members of the organization in close collaboration with major European and National Neurology bodies. Most recently, we surveyed European junior neurologists about their views on the European Board of Neurology Examination, the status of e-learning in postgraduate neurology training and migration patterns of young neurologists. CONCLUSIONS: The aim of this paper is to outline the current and future activities of the EAYNT. We run a series of lectures ('EAYNT special sessions') at the major European conferences and disseminate information to young neurologists at the EAYNT booth. We provide information about travel grants, fellowships as well as sharing personal experiences of working abroad. EAYNT members have the opportunity to sit on the scientific subcommittees of the European Federation of Neurological Societies (EFNS) and European Neurological Society (ENS), to chair poster sessions and review abstracts. Furthermore, we continue to provide a forum for young neurologists from all over Europe to network and socialize by means of get-together events and hospital visits.

Altered motion perception in migraineurs: evidence for interictal cortical hyperexcitability.

Much research on visual functions in migraine has pinpointed the existence of abnormal visual processing between attacks. However, it is not clear if this is due to cortical hyper- or hypoexcitability. We aimed to clarify this issue by comparing motion perception thresholds of subjects with migraine with (MA) or without aura (MoA) and control subjects. Two types of dot kinetograms were used: in the first experiment coherently moving dots were presented in an incoherent environment, while in the second only coherent motion was seen. Subjects with migraine displayed significantly impaired motion perception compared with controls when they had to detect the direction of the coherently moving dots in an incoherent environment, while they were slightly better in a direction discrimination task, where only coherent motion was presented. This pattern of results is comparable to those achieved by an external excitability enhancement of V5 induced in healthy human subjects in a former study of our group. According to this, a cortical excitability enhancement can result in an impaired focusing on a given signal against a noisy background, but improves perception of non-ambiguous stimuli. Thus we conclude that migraineurs display enhanced visual cortical excitability between attacks in V5.