Please find below the list of upcoming eSeminars for this year:
Eseminars
eseminar
april
03apr5:00 pm6:00 pmEEG et Comas vu par les Techniciens (nes)eSéminaire en direct

Event Details
L’électroencéphalogramme en réanimation est un examen de première intention pour évaluer les stades de comas, et pour une prise en charge globale et rapide. Il permet d’enregistrer des crises infracliniques,
Event Details
L’électroencéphalogramme en réanimation est un examen de première intention pour évaluer les stades de comas, et pour une prise en charge globale et rapide. Il permet d’enregistrer des crises infracliniques, (de suivre un état de mal épileptique) et de guider la thérapeutique pour évaluer un pronostic. Cet examen est utilisé dans le cadre médico- légal pour évaluer l’état de mort cérébrale.
L’EEG doit être réalisé selon un protocole bien défini que le technicien doit bien connaître. Lors de notre présentation, nous vous détaillerons les différentes étapes d’un EEG et nous vous montreront également plusieurs exemples de tracé de comas.
Objectifs d’apprentissage :
- Technique et mise en place des électrodes
- Reconnaître un tracé pathologique
- Différencier les types de comas en EEG
Speakers for this event
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Mouna Benghezal
Mouna Benghezal
Technicienne en électrophysiologie
Possède une expérience de 25 ans au sein du Service de Neurochirurgie Pédiatrique de la Fondation A.de Rothschild (Paris) dans la prise en charge des enfants présentant une épilepsie pharmaco-résistante hospitalisés dans le cadre de leur bilan préchirurgicale.Elle est Technicienne du Sommeil (Diplôme Universitaire des Technologies du sommeil et de la Vigilance),Vice Présidente de l’APTE (Association Française Pour la Promotion des Techniques Electrophysiologiques)Mme Mouna Benghezal est Membre de l’Association Téo2004, avec de nombreuses missions humanitaires au Niger comme sa participation à l’installation, la formation des infirmiers-techniciens EEG et la mise en route de l’EEG à l’hôpital de Niamey.Mme Mouna Benghezal possède également une expérience d’enseignements et de présentations lors des congrès ou dans le cadre des journées annuelles des Techniciens en Electrophysiologie & Présentation d’un Elearning Natus : Questions réponses sur les artéfacts en EEG – Lecture des tracés EEG.
Technicienne en électrophysiologie
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Sandrine Neuman
Sandrine Neuman
Technicienne EEG, Educatrice
Thérapeutique du Sommeil, Consultante
Manipulatrice en électroradiologie de formation initiale, Sandrine Neuman est devenue spécialisée en Education Thérapeutique du Sommeil, elle a acquis une grande expérience en électrophysiologie et enseigne la spécialité dans plusieurs écoles de manipulateurs.trices de l’Ile de France.Son parcours professionnel démontre son engagement à transmettre son savoir professionnel en particulier en échangeant les pratiques de pré lecture des examens du sommeil (PGV et PSG) :Manipulatrice en radiologieTechnicienne en électrophysiologie (EEG, EMG, PE et sommeil) Certificat de Formation d’Electrophysiologie du Val De GrâceTechnicienne du sommeil (DU des technologies du sommeil et de la vigilance)Educatrice thérapeutique du sommeil (certificat)Mise en place d’un programme ETP reconnu par l’ARSConsultante en électrophysiologie du sommeilEnseignante en électrophysiologieCréation d’un E Learning sur l’EEG et les artéfacts avec Mouna BenghezalCoordinatrice du DU des technologies du sommeil et de la vigilanceAuteurMembre active du collège scientifique de l’AFPPE, SFTS, APTEMembre de la SFRMS
Technicienne EEG, Educatrice
Time
(Thursday) 5:00 pm - 6:00 pm CET
Location
Paris
Paris, France
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Event Link09apr11:00 am12:00 pmNeuromuscular ultrasound in clinical practiceLive eSeminar

Event Details
This lecture will give an overview of neuromuscular ultrasound (NMUS) in the neuromuscular clinic: the technique’s indications, limitations, pitfalls, and the importance of correlating with the clinical and EDX picture.
Event Details
This lecture will give an overview of neuromuscular ultrasound (NMUS) in the neuromuscular clinic: the technique’s indications, limitations, pitfalls, and the importance of correlating with the clinical and EDX picture. After an introductory part, application of NMUS will be demonstrated via real-life clinical-EDX-NMUS cases, from common situations (nerve entrapment, trauma) to advanced cases such as inflammatory and hereditary neuropathies.
Course objectivesÂ
- Learn the basics of neuromuscular ultrasound
- Recognize the main indications of the NMUS
- Basic interpretation of NMUS results
Continuing Education Units (CEUs): 1.0 CEU approved by AAET
Speakers for this event
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Dr. Alex Vicino
Dr. Alex Vicino
MSc, MD
Alex Vicino, MSc, MD is a neurologist working in the Nerve-Muscle unit of Lausanne’s University Hospital, Switzerland. During his neurology training in Lausanne, he received and advanced training in neuromuscular disorders, obtaining a Master in Science (MSc) in peripheral nerve disorders (PNS and University of Milan) and an Inter-University Diploma in Myology (Paris-Sorbonne). After completing his residency, he continued his training with a fellowship in Milan, Italy and a neuromuscular ultrasound training in Nijmegen, The Netherlands, before coming back to Lausanne in 2024 when he integrated NMUS in his daily diagnostic practice as a clinical neurophysiologist.
MSc, MD
Time
(Wednesday) 11:00 am - 12:00 pm ET
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08may11:00 am12:00 pmAI in EEG and EpilepsyLive eSeminar

Event Details
Over time advances in EEG technology have ushered in successive revolutions in the uses of EEG and the type of clinical information provided by EEG. In our current moment, the
Event Details
Over time advances in EEG technology have ushered in successive revolutions in the uses of EEG and the type of clinical information provided by EEG. In our current moment, the introduction of artificial intelligence, promises to drive yet another revolution in the use of EEG. Indeed, the impact of AI will be felt across clinical care in epilepsy. In this talk, we consider the current state of EEG in clinical use, reflect on how EEG has changed up to this moment, and discuss how AI will vastly reshape how EEG is used and interpreted.
Learning Objectives:
- Understand how advances in EEG technology have broadened the uses of EEG in past and present.
- Understand how the application of AI tools to EEG will further drive and broaden the uses of EEG
- Understand the role of the epileptologist in the interpretation of EEG.
ASET approval for 1.0 CEC
Speakers for this event
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Fred Lado
Fred Lado
MD, PhD
Dr. Fred Lado, MD PhD is Professor of Neurology at the Zucker School of Medicine at Hofstra-Northwell and Regional Director of the Epilepsy Division for Northwell Health. He obtained MD-PhD from New York University. He completed neurology residency at New York Presbyterian-Cornell, and clinical neurophysiology fellowship at Montefiore Medical Center – Einstein. His clinical practice is focused on the treatment of medically refractory epilepsy. Dr. Lado is a national leader in epilepsy serving currently as President of the National Association of Epilepsy Centers, the accrediting body for epilepsy programs in the US. He also has many years of service to the American Epilepsy Society, currently in role of Treasurer.
MD, PhD
Time
(Thursday) 11:00 am - 12:00 pm
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Event Link28may11:00 am12:00 pmVisualizing Ripples and Fast Ripples in Scalp and Intracranial EEGLive eSeminar

Event Details
Ripples (80-200 Hz) and Fast Ripples (200-600 Hz) are brief (15-200 msec) bursts of spectral energy that can occur superimposed on inter-ictal or ictal epileptiform spikes or superimposed on the
Event Details
Ripples (80-200 Hz) and Fast Ripples (200-600 Hz) are brief (15-200 msec) bursts of spectral energy that can occur superimposed on inter-ictal or ictal epileptiform spikes or superimposed on the EEG background. Both ripples and fast ripples may delineate regions that are necessary and sufficient for seizures known as the epileptogenic zone and correspond with disease severity. Natus® BRAIN QUICK® can visualize ripples and fast ripples and distinguish these events from artifact. BRAIN QUICK plug-ins can quantify and automatically annotate each ripple, fast ripple, and spike event for higher-level custom analysis approaches using Python or Matlab.
Learning Objectives:
- Ripples (80-200 Hz) and fast ripples (200-600 Hz) occur superimposed on epileptiform spikes or the EEG background in scalp EEG, intracranial EEG, and the local field potential.
- Ripples that occur on the EEG background may be an admixture of normal and pathological events. Ripples superimposed on epileptiform spikes and fast ripples found in the EEG background or superimposed on epileptiform spikes are most often pathological events.
- Identifying ripples and fast ripples should be performed during non-REM sleep, during wakefulness muscle artifact can lead to false ripple and fast ripple detections. Software can be used to validate the detections and make redactions.
- Fast ripples may indicate the synchronization of pathological neuron clusters that can prime epileptiform spikes and seizures. Data show that surgeries that target fast ripple correlate with seizure free post-operative seizure outcome.
ASET approval for 1.0 CEC
Speakers for this event
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Shennan Aibel Weiss
Shennan Aibel Weiss
MD, PhD
Dr. Shennan Aibel Weiss completed the NIH medical scientist training program (MSTP MD/PhD) at the Albert Einstein College of Medicine, Neurology Residency at Columbia University, and Epilepsy Fellowship at University of California Los Angeles. His research has been supported by a NRSA award, an R25 award, and a K23 award from the National Institute for Neurological Disease and Stroke, as well as grants from the Epilepsy Foundation and the American Epilepsy Society. Dr. Weiss’ research has been recognized by the American Academy of Neurology with a Founders Award. Dr. Weiss is also a fellow of the American Epilepsy Society.
MD, PhD
Time
(Wednesday) 11:00 am - 12:00 pm
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Event LinkOn-Demand eSeminars
Please find below the list of upcoming On-Demand eSeminars for this year:
Eseminars
on-demand eseminar
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