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BEGIN:VEVENT
UID:20260429T174441Z - 32913@eupp247
DTSTART;TZID=Europe/Berlin:20240814T150000
DTEND;TZID=Europe/Berlin:20240814T160000
CREATED:20260429T174441Z
DESCRIPTION:<a href="https://academy.ant-neuro.com/event/opportunities-of-d
 ry-eeg-in-the-investigation-of-disorders-of-consciousness-58/register">Opp
 ortunities of Dry EEG in the Investigation of Disorders of Consciousness</
 a>\nThis is a past event\, but you can watch the recorded session from her
 e. Welcome to ANT Neuro Educational Webinar Series! This talk will provide
  an overview of how dry EEG provides an opportunity to investigate disorde
 rs of consciousness\, importantly delirium\, the clinical management of wh
 ich is substantially impeded by the lack of biomarkers. Currently\, any st
 udies investigating delirium face the dilemma of making assumptions about 
 its endotype (i.e. underlying brain-state) based on the investigations of 
 its phenotype\, i.e. oberservable behavior. Neurophysiological research ha
 s provided biomarkers that promise a more proxy read-out of the brain-stat
 es underlying delirium than observations\, which may facilitate omics rese
 arch of delirium pathophysiology and the characterization of potential bio
 markers. Dr. Fleischmann is a consultant neurologist at the University Hos
 pital Greifswald\, Germany. He specialized in neurological intensive care 
 at the Charité Berlin\, until he moved to Greifswald to lead the movement
  disorder section and co-lead the delirium prevention unit providing consu
 ltation services for in-hospital patients at risk for neurocognitive compl
 ications. Since his first days in intensive care\, he pursues a strong int
 erest in neurophysiological research of delirium to better understand its 
 underlying brain-states and improve clinical management. His special inter
 est is the investigation of quantitative electroencephalography that provi
 des surrogate read-outs of network dysfunction and thus potential biomarke
 rs of delirium endotypes. ANT Neuro Education [Event ID: 05760] DISCLAIMER
 - Any medical information is provided as a general information service onl
 y\, and is not intended as a substitute for advice from a registered physi
 cian or other healthcare professional.
DTSTAMP:20260429T174441Z
LOCATION:Online
SUMMARY:Opportunities of Dry EEG in the Investigation of Disorders of Consc
 iousness
X-ALT-DESC;FMTTYPE=text/html:<a href="https://academy.ant-neuro.com/event/o
 pportunities-of-dry-eeg-in-the-investigation-of-disorders-of-consciousness
 -58/register">Opportunities of Dry EEG in the Investigation of Disorders o
 f Consciousness</a>\nThis is a past event\, but you can watch the recorded
  session from here. Welcome to ANT Neuro Educational Webinar Series! This 
 talk will provide an overview of how dry EEG provides an opportunity to in
 vestigate disorders of consciousness\, importantly delirium\, the clinical
  management of which is substantially impeded by the lack of biomarkers. C
 urrently\, any studies investigating delirium face the dilemma of making a
 ssumptions about its endotype (i.e. underlying brain-state) based on the i
 nvestigations of its phenotype\, i.e. oberservable behavior. Neurophysiolo
 gical research has provided biomarkers that promise a more proxy read-out 
 of the brain-states underlying delirium than observations\, which may faci
 litate omics research of delirium pathophysiology and the characterization
  of potential biomarkers. Dr. Fleischmann is a consultant neurologist at t
 he University Hospital Greifswald\, Germany. He specialized in neurologica
 l intensive care at the Charité Berlin\, until he moved to Greifswald to 
 lead the movement disorder section and co-lead the delirium prevention uni
 t providing consultation services for in-hospital patients at risk for neu
 rocognitive complications. Since his first days in intensive care\, he pur
 sues a strong interest in neurophysiological research of delirium to bette
 r understand its underlying brain-states and improve clinical management. 
 His special interest is the investigation of quantitative electroencephalo
 graphy that provides surrogate read-outs of network dysfunction and thus p
 otential biomarkers of delirium endotypes. ANT Neuro Education [Event ID: 
 05760] DISCLAIMER- Any medical information is provided as a general inform
 ation service only\, and is not intended as a substitute for advice from a
  registered physician or other healthcare professional.
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