#анонс_РНИМУ
🔥Лекция Yoshio Okada (Harvard Medical School) «Multimodal noninvasive approaches for diagnosing neuropathophysiology across the life span»
🙌🏻Уважаемые коллеги, друзья!
15 января 2020 в 15:00 в Федеральном центре цереброваскулярной патологии и инсульта (г. Москва, ул. Островитянова, дом 1, строение 10) пройдет лекция Yoshio Okada (проф. Гарвардской медицинской школы), посвященная неинвазивным подходам исследования мозга «Multimodal noninvasive approaches for diagnosing neuropathophysiology across the life span».
❗Лекция на английском языке, будет синхронный перевод.
👉🏻Для прохода на лекцию коллегам не из Центра инсульта нужно прислать свои ФИО на почту Александре Трофимовой (sandratrofimova@gmail.com) + пожалуйста, возьмите с собой паспорт.
Приходите, будет интересно!
_______________________________________________________________________
🙌🏻Dear colleagues, dear friends, 15.01.2020 (Wednesday) at 15 p.m. at the Federal Center for Cerebrovascular Pathology and Stroke (Moscow, Ostrovityanova St.1, Building 10), there will be the lecture "Multimodal non-invasive approaches to the diagnosis of neuropathophysiology throughout life" by prof. Yoshio Okada (Harvard Medical School). The abstract is below.
Welcome!
👉🏻If you need a pass to the Stroke center, please send your names to Alexandra Trofimova (sandratrofimova@gmail.com) + please take your passport with you.
Multimodal noninvasive approaches for diagnosing neuropathophysiology across the life span
📚I will describe recent advances and opportunities in multimodal noninvasive approaches for diagnosing neuropathophysiology in patients with neurological disorders across the entire life span from fetus to the elderly population. Stimulation and activation of brain networks are useful for revealing the nature of the abnormality. I will review traditional and new methods for stimulation and modulation of neuronal networks. The new approaches include uses of multichannel TMS and focused ultrasound. Brain activity at rest and during and after activation can be measured with a millisecond resolution using one or both of two techniques - EEG and MEG. I will describe recent developments for recording the electrophysiological activity of the brain in fetus in utero, newborns and infants, and adolescents to adults including the elderly population. These new approaches are creating exciting opportunities for improving the diagnosis and possibly the treatment of neurological patients. The modern approaches are becoming easier to use and more cost-effective for wide-spread use worldwide.