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BEGIN:VEVENT
UID:20260516T074258Z - 97246@eupp247
DTSTART;TZID=Europe/Berlin:20210414T150000
DTEND;TZID=Europe/Berlin:20210414T160000
CREATED:20260516T074258Z
DESCRIPTION:<a href="https://academy.ant-neuro.com/event/advantages-of-simu
 ltaneous-eeg-and-meg-recording-from-patients-with-epilepsy-24/register">Ad
 vantages of simultaneous EEG and MEG recording from patients with epilepsy
 </a>\nThis webinar has ended. You can watch the recorded session here. Wel
 come to ANT Neuro Educational Webinar Series! Functional brain imaging wit
 h MEG and EEG provides high temporal resolution\, in the milliseconds time
  range. This high temporal resolution is used to investigate abnormal brai
 n activity in patients with epilepsy. These techniques are complementary w
 hen used simultaneously. MEG is best suited to detect tangential component
 s while EEG is best suited to detect radial components of the underlying n
 euronal currents. Ictal (epileptic Seizures) and interictal (epileptic Spi
 kes) activity are easily detected and source localized to provide valuable
  information to the Neurologist and Neurosurgeons who are planning treatme
 nt. This talk will cover the complementary aspects of these imaging techni
 ques. It will be followed by a virtual product demonstration and a Q&A ses
 sion. Our presenter is Dr. Susan Bowyer\, who is a biomedical physicist/ne
 uroimaging scientist in the Department of Neurology at Henry Ford Hospital
  in Detroit\, Michigan USA and the Scientific Director of the Neuromagneti
 sm Lab. She uses neuroimaging techniques such as MEG\, EEG and FMRI to und
 erstand how the brain processes language\, hearing\, vision\, sensory\, an
 d memory functions. She also develops neuroimaging methods to determine th
 e location of abnormal brain areas (such as in epilepsy) prior to surgery.
  Previously\, she has investigated the cortical networks in disorders such
  as Autism\, Dyslexia\, Migraine\, Tinnitus\, and Dystonia. Dr. Bowyer rec
 eived an associate degree in business management\, a bachelor’s degree i
 n psychology and a Ph.D. in biomedical physics. Currently she is an adjunc
 t associate professor at Oakland University where she teaches physics\, as
  well as an associate professor at Wayne State University in the School of
  Medicine. We're looking forward to welcoming you to this webinar! [...]
DTSTAMP:20260516T074258Z
LOCATION:Online
SUMMARY:Advantages of simultaneous EEG and MEG recording from patients with
  epilepsy
X-ALT-DESC;FMTTYPE=text/html:<a href="https://academy.ant-neuro.com/event/a
 dvantages-of-simultaneous-eeg-and-meg-recording-from-patients-with-epileps
 y-24/register">Advantages of simultaneous EEG and MEG recording from patie
 nts with epilepsy</a>\nThis webinar has ended. You can watch the recorded 
 session here. Welcome to ANT Neuro Educational Webinar Series! Functional 
 brain imaging with MEG and EEG provides high temporal resolution\, in the 
 milliseconds time range. This high temporal resolution is used to investig
 ate abnormal brain activity in patients with epilepsy. These techniques ar
 e complementary when used simultaneously. MEG is best suited to detect tan
 gential components while EEG is best suited to detect radial components of
  the underlying neuronal currents. Ictal (epileptic Seizures) and interict
 al (epileptic Spikes) activity are easily detected and source localized to
  provide valuable information to the Neurologist and Neurosurgeons who are
  planning treatment. This talk will cover the complementary aspects of the
 se imaging techniques. It will be followed by a virtual product demonstrat
 ion and a Q&A session. Our presenter is Dr. Susan Bowyer\, who is a biomed
 ical physicist/neuroimaging scientist in the Department of Neurology at He
 nry Ford Hospital in Detroit\, Michigan USA and the Scientific Director of
  the Neuromagnetism Lab. She uses neuroimaging techniques such as MEG\, EE
 G and FMRI to understand how the brain processes language\, hearing\, visi
 on\, sensory\, and memory functions. She also develops neuroimaging method
 s to determine the location of abnormal brain areas (such as in epilepsy) 
 prior to surgery. Previously\, she has investigated the cortical networks 
 in disorders such as Autism\, Dyslexia\, Migraine\, Tinnitus\, and Dystoni
 a. Dr. Bowyer received an associate degree in business management\, a bach
 elor’s degree in psychology and a Ph.D. in biomedical physics. Currently
  she is an adjunct associate professor at Oakland University where she tea
 ches physics\, as well as an associate professor at Wayne State University
  in the School of Medicine. We're looking forward to welcoming you to this
  webinar! [...]
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