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16febAll Day1757. Münchner EEG-Tage
Event Details
57. Münchner EEG-Tage vom 16. bis 17. Februar 2023 Forum für Fortbildung und Wissenschaft in Klinischer Neurophysiologie und Funktioneller Bildgebung. Angesichts der anhaltenden Corona-Pandemie und der damit verbundenen Vorsichtsmaßnahmen, werden die 57.
Event Details
57. Münchner EEG-Tage
vom 16. bis 17. Februar 2023 Forum für Fortbildung und Wissenschaft in Klinischer Neurophysiologie und Funktioneller Bildgebung.
Angesichts der anhaltenden Corona-Pandemie und der damit verbundenen Vorsichtsmaßnahmen, werden die 57. Münchner EEG-Tage 2023 wieder VIRTUELL stattfinden.
Wir freuen uns auf die Gelegenheit, online miteinander in Kontakt zu treten, um gemeinsam Wissen und Erfahrungen auszutauschen. Es wird erneut eine zweitägıge Veranstaltung geben mit virtuellen Beiträgen am 16. und 17. Februar 2023.
Für die 56. EEG-Tage wurden 10 Fortbildungspunkte von der Bayerischen Landesärztekammer erteilt sowie 4 DGfE Punkte bei der Deutschen Gesellschaft für Epileptologie, damit ist auch 2023 zu rechnen.
Anmeldungen sind ab sofort möglich!
Mit besten Grüßen
Oliver Pogarell, Susanne Karch & Max Maywald
Time
february 16 (Thursday) - 17 (Friday)
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Zur AnmeldungUpcoming LIVE eSeminars
Eseminars
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eseminar
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february
Event Details
Das WEBINAR richtet sich an Anfänger und Experten in der EEG. Lernziele der Veranstaltung Teilnehmer dieser Veranstaltung werden: 1. Artefakte im EEG von epilepsietypischen Potenzialen unterscheiden können 2. EEG-Befunde mit Fotosensibilität
Event Details
Das WEBINAR richtet sich an Anfänger und Experten in der EEG.
Lernziele der Veranstaltung
Teilnehmer dieser Veranstaltung werden:
1. Artefakte im EEG von epilepsietypischen Potenzialen unterscheiden können
2. EEG-Befunde mit Fotosensibilität richtig interpretieren können
3. Knochenlückenrhythmus erkennen und interpretieren können.
Programm
17:00 Uhr Begrüßung und Einleitung in die Thematik
17:05 Uhr Anfänger: „Artefakte im EEG“ PD Dr. Y. Winter (Leiter des Zentrums für Epilepsie und Schlafmedizin, Universitätsmedizin Mainz)
17:35 Uhr Mittelstufe: „Fotosensibilität, Knochenlückenrhythmus“ PD Dr. Y. Winter (Leiter des Zentrums für Epilepsie und Schlafmedizin, Universitätsmedizin Mainz)
18:15 Uhr Diskussion
18:30Uhr Ende der Veranstaltung
Referent:
PD. Dr. med. Yaroslav Winter
Dr. Winter studierte Medizin in Heidelberg. Er ist als Facharzt für Neurologie in 2013 anerkannt worden und habilitierte 2015 an der Phillips-Universität Marburg mit den Zusatzbezeichungen neurologische Intensivmedizin, Notfallmedizin und Geriatrie. Zudem qualifizierte er sich als zertifitizierter Ausbilder und Prüfer (Zertifikat „Epileptologie“, EEG-Zertifikat der DGKN, EMG-Zertifikat der DGKN; EP-Zertifikat der DGKN). Außerdem ist er zertifizierter Ausbilder der Stufe 2 in „Neurologischer Ultraschalldiagnostik“ und „Muskel- und Nervensonographie“ der DEGUM und DGKN. Er besitzt einen Master of Science in “Cerebrovascular Medicine” an der Charité-Universitätsmedizin Berlin.
Aktuell leitet Dr. Winter das Zentrum für Epilepsie und Schlafmedizin, Klinik für Neurologie, der Universitätsmedizin Mainz.
Speakers for this event
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Dr. Yaroslav Winter
Dr. Yaroslav Winter
PD.
Dr. Winter studierte Medizin in Heidelberg. Er ist als Facharzt für Neurologie in 2013 anerkannt worden und habilitierte 2015 an der Phillips-Universität Marburg mit den Zusatzbezeichungen neurologische Intensivmedizin, Notfallmedizin und Geriatrie. Zudem qualifizierte er sich als zertifitizierter Ausbilder und Prüfer (Zertifikat „Epileptologie“, EEG-Zertifikat der DGKN, EMG-Zertifikat der DGKN; EP-Zertifikat der DGKN). Außerdem ist er zertifizierter Ausbilder der Stufe 2 in „Neurologischer Ultraschalldiagnostik“ und „Muskel- und Nervensonographie“ der DEGUM und DGKN. Er besitzt einen Master of Science in "Cerebrovascular Medicine" an der Charité-Universitätsmedizin Berlin. Aktuell leitet Dr. Winter das Zentrum für Epilepsie und Schlafmedizin, Klinik für Neurologie, der Universitätsmedizin Mainz.
PD.
Time
(Wednesday) 11:00 am - 12:30 pm EST
Location
ONLINE eSeminar
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Event Details
Course introduction: This eSeminar presented by Dr. Jeffrey Strakowski, an expert in Neuromuscular Medicine from Ohio State University, will focus on the clinical benefits of neuromuscular ultrasound in the diagnosis
Event Details
Course introduction:
This eSeminar presented by Dr. Jeffrey Strakowski, an expert in Neuromuscular Medicine from Ohio State University, will focus on the clinical benefits of neuromuscular ultrasound in the diagnosis and treatment of patients with muscle and nerve disorders. Using case study examples, Dr. Strakowski will illustrate the appearance of normal and abnormal nerve and muscle and how the information can be used in the diagnostic process. Also, the relationship of adjunctive electrodiagnostic modalities will be compared and contrasted to neuromuscular ultrasound along with other imaging techniques.
Learning Objectives:
At the conclusion of this seminar the participants will be able to:
- Differentiate the appearance of normal and abnormal peripheral nerves and muscles in an ultrasound image.
- Understand why using high frequency ultrasound provides more diagnostic value compared to other imaging techniques.
- Understand the adjunctive value of using electrodiagnostic testing with neuromuscular ultrasound.
- Recognize clinical conditions where neuromuscular ultrasound provides valuable diagnostic information
Speakers for this event
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Dr. Jeffrey A. Strakowski
Dr. Jeffrey A. Strakowski
MD
Dr. Strakowski completed his undergraduate studies at Indiana University and attended medical school and completed his residency at The Ohio State University Department of Physical Medicine. Dr. Strakowski is board certified in Physical Medicine and Rehabilitation, with subspecialty certifications in Neuromuscular Medicine, Sports Medicine, and Spinal Cord Injury Medicine. He is also ABEM certified in Electrodiagnostic Medicine and holds certification in Musculoskeletal Ultrasound by the American Registry for Diagnostic Medical Sonography (ARDMS). Dr. Strakowski is a Clinical Associate Professor in the Department of PM&R at The Ohio State University, as well as Associate Director of Medical Education in the Department of PM&R at Riverside Methodist Hospital. Dr. Strakowski also sees patients at his Riverside office.
MD
Time
(Thursday) 11:00 am - 12:00 pm EST
Location
ONLINE eSeminar
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Event Details
There is a great need for functional biomarkers of nociceptive signal processing and pain translating from animals to humans. Drugs that are efficacious analgesics in preclinical models often prove to
Event Details
There is a great need for functional biomarkers of nociceptive signal processing and pain translating from animals to humans. Drugs that are efficacious analgesics in preclinical models often prove to have negligible clinical efficacy. For more efficient analgesic development, robust translational measures are needed that can unequivocally prove that a drug has bound to and engaged the target of interest at high enough levels to have a biologically meaningful effect.
In this presentation it be will shown the main neurophysiological biomarkers for nociceptive processing in humans. More specifically, how spinal cord investigations in humans (i.e. N13 component of the somatosensory evoked potentials and the nociceptive RIII reflex) reliably reflect dorsal horn excitability changes due to central sensitization.
Learning objectives
Upon completion, attendees will gain knowledge about:
- Neurophysiological responses potentially useful for investigating nociceptive processing in humans
- How neurophysiological responses reflect central sensitization phenomenon in humans and how these responses might be translated from humans to animals.
Speakers for this event
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Dr. Andrea Truini
Dr. Andrea Truini
Dr. Andrea Truini is a professor of Neurology, Head of the Clinical Neurophysiology and Neuromuscular Disease Unit at the Sapienza University of Rome, Italy. His main clinical activity concerns peripheral neuropathy and pain. His research activity is completely devoted to neuropathic pain and is focused on clinical investigations about the mechanisms of underlying pain.
Time
(Tuesday) 11:00 am - 12:00 pm EST
Location
ONLINE eSeminar
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Event Details
Course introduction: Neonatal EEG monitoring is one of the few non-invasive, objective methods measuring the functional integrity of the immature cortex and its connections. Both full EEG and amplitude integrated
Event Details
Course introduction:
Neonatal EEG monitoring is one of the few non-invasive, objective methods measuring the functional integrity of the immature cortex and its connections. Both full EEG and amplitude integrated EEG (aEEG) can assist in determining brain maturation, evaluating acute neonatal brain injury, and diagnosing seizures. Electrographic seizures are common in critically ill neonates including those with hypoxic-ischemic brain injury, traumatic brain injury, and underlying epilepsy. They are only identifiable using EEG or aEEG monitoring. Either method (full EEG vs aEEG) has advantages and disadvantages, which will be discussed by international experts in this field, and illustrated by interactive case presentations.
Learning Objectives:
At the conclusion of this seminar the participants will be able to:
- Understand the value of EEG and aEEG for neonatal brain monitoring.
- Recognise the challenges of EEG monitoring in the neonatal intensive care unit.
- Recognise potential pitfalls of aEEG.
Speakers for this event
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Dr. Ronit Pressler
Dr. Ronit Pressler
M.D., Ph.D.
Ronit is Consultant in Clinical Neurophysiology and clinical lead of the Telemetry Unit at Great Ormond Street Hospital for children, London and Associate Professor at the UCL-Institute of Child Health. She qualified from Berlin University in 1992 and trained in paediatrics in Berlin, Germany and clinical neurophysiology at the National Hospital for Neurology and Neurosurgery, London. Her research interests include neonatal seizures, particularly their diagnosis and treatment, as well as childhood epilepsy. She is chair of the ILAE neonatal seizure classification task force as well as co-chair of the ILAE neonatal guidelines task force. She has an international reputation for teaching neonatal EEG and is director of the ILAE EEG course ‘EEG in the first year of life’.
M.D., Ph.D.
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Dr. Topun Austin
Dr. Topun Austin
M.D., Ph.D.
Topun Austin is a Consultant Neonatologist in Cambridge, Affilate Associate Professor at the University of Cambridge and Honorary Professor of Neurophotonics at University College London. He is the Director of the Evelyn Perinatal Imaging Centre (EPIC), based at the Rosie Hospital, Cambridge. His main research interests are in brain development and injury in the newborn, using novel monitoring and imaging technologies to assess cerebrovascular reactivity and neurovascular coupling as well as ways of assessing early infant behaviour and functional brain connectivity. He works closely with Professor David Rowitch (Head of Paediatrics, Cambridge University) in the development of the Cambridge NeuroNICU, developing a brain-orientated model of care for newborn infants in intensive care. He is the co-director of neoLAB, which is a collaborative group between EPIC and Biomedical Optics Laboratory at UCL (Professor Jem Hebden, Assoc. Prof. Rob Cooper). The group has been involved in developing state-of-the-art optical imaging systems to study functional activity in the developing brain. He has a longstanding collaboration with Dr. Ronit Pressler and is a co-investigator on the multicentre RCT EAGLET trial comparing aEEG and EEG for early seizure detection in neonates. Further information can be found at www.neolabresearch.com
M.D., Ph.D.
Time
(Thursday) 11:00 am - 12:00 pm EST
Location
ONLINE eSeminar
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Event Details
Course introduction: Seizures are increasingly recognized as a common occurrence after acute brain injuries with increased seizure burden being linked to worsened outcomes. Despite such evidence, there is a lack
Event Details
Course introduction:
Seizures are increasingly recognized as a common occurrence after acute brain injuries with increased seizure burden being linked to worsened outcomes. Despite such evidence, there is a lack of information that treating electrographic seizures in the intensive care unit is associated with improved outcomes. In this webinar, we review data that evaluates the impact that seizures have on the injured brain within the intensive care unit environment and literature involving the risks and benefits of aggressive management against electrographic seizures and status epilepticus in neurocritical care.
Learning Objectives:
At the conclusion of this seminar the participants will be able to:
- Evaluate the epidemiologic data behind seizures after acute brain injury.
- Evaluate neuroimaging and multimodality monitoring studies relating seizures with disturbances in cerebral physiology.
- Evaluate recent work relating treatment of electrographic seizures with functional outcomes.
Speakers for this event
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Dr. Brian Appavu
Dr. Brian Appavu
MD
Dr. Brian Appavu is a critical care clinical neurophysiologist and Director of the Neurocritical Care Fellowship at the Barrow Neurological Institute at Phoenix Children's Hospital. He is a Clinical Assistant Professor of Child Health and Neurology at the University of Arizona College of Medicine - Phoenix. He carries quintuple board-certification in neurocritical care, clinical neurophysiology with added competency in critical care monitoring, epilepsy, neurosonology, and child neurology. Dr. Appavu's clinical and research interests are in the use of electroencephalography, neurovascular ultrasound, and multimodality neurologic monitoring for care of critically ill children.
MD
Time
(Thursday) 11:00 am - 12:00 pm EST
Location
ONLINE eSeminar