ycliper

Популярное

Музыка Кино и Анимация Автомобили Животные Спорт Путешествия Игры Юмор

Интересные видео

2025 Сериалы Трейлеры Новости Как сделать Видеоуроки Diy своими руками

Топ запросов

смотреть а4 schoolboy runaway турецкий сериал смотреть мультфильмы эдисон
Скачать

Methods for Closed-loop Phase-dependent TMS-EEG

Автор: Brainbox Ltd

Загружено: 2022-01-20

Просмотров: 1228

Описание: In this lecture, Dr Sina Shirinpour (University of Minnesota) joins us to discuss his research on 'Methods for Closed-loop Phase-dependent TMS-EEG'.

Transcranial magnetic stimulation (TMS) is a common non-invasive brain stimulation method for academic and clinical applications. Previous studies have mainly focused on the location and pattern of stimulation on brain activity. However, the timing of the stimulation relative to the ongoing brain oscillations can also play an important role in the brain response to TMS. We can address this problem by implementing a closed-loop framework where the brain signals are recorded (e.g., with electroencephalography [EEG]), the desired biomarker is extracted in real-time, and the stimulus is delivered at the right time. In this talk, we will discuss the methodology for real-time TMS delivery based on the phase of the local EEG oscillations.

Не удается загрузить Youtube-плеер. Проверьте блокировку Youtube в вашей сети.
Повторяем попытку...
Methods for Closed-loop Phase-dependent TMS-EEG

Поделиться в:

Доступные форматы для скачивания:

Скачать видео

  • Информация по загрузке:

Скачать аудио

Похожие видео

Brainbox Webinar: Understanding the Physics of Transcranial Ultrasound Stimulation

Brainbox Webinar: Understanding the Physics of Transcranial Ultrasound Stimulation

Real-Time EEG Analysis And Transcranial Magnetic Stimulation (TMS)

Real-Time EEG Analysis And Transcranial Magnetic Stimulation (TMS)

EEG Eye Blink Artifact Removal With Independent Component Analysis (ICA)

EEG Eye Blink Artifact Removal With Independent Component Analysis (ICA)

TMS + EEG

TMS + EEG

Individually Optimized Non-Invasive Brain Stimulation: 5th INTF Webinar

Individually Optimized Non-Invasive Brain Stimulation: 5th INTF Webinar

Спектроскопия с помощью прибора Seestar S50

Спектроскопия с помощью прибора Seestar S50

tDCS, EEG and Motor Rehabilitation - Neuroelectrics webinar featuring Mar Cortes

tDCS, EEG and Motor Rehabilitation - Neuroelectrics webinar featuring Mar Cortes

4 Hours Chopin for Studying, Concentration & Relaxation

4 Hours Chopin for Studying, Concentration & Relaxation

Changing Connectomes: Improved Cognition Through Focused Ultrasound Neuromodulation | Marcus Kaiser

Changing Connectomes: Improved Cognition Through Focused Ultrasound Neuromodulation | Marcus Kaiser

Misel Family Lecture featuring Professor Charles Marcus

Misel Family Lecture featuring Professor Charles Marcus

50 Best of Bach

50 Best of Bach

Studying sleep and consciousness with TMS EEG

Studying sleep and consciousness with TMS EEG

Transcranial Ultrasound Stimulation: A Cutting-Edge Approach To Neural Circuit Exploration

Transcranial Ultrasound Stimulation: A Cutting-Edge Approach To Neural Circuit Exploration

Coding for Lawyers | Professor Wulf Kaal, St. Thomas law school

Coding for Lawyers | Professor Wulf Kaal, St. Thomas law school

Threshold Tracking vs. Fixed Intensity TMS: An Update

Threshold Tracking vs. Fixed Intensity TMS: An Update

Hydraulic Fracturing -The State of the Science

Hydraulic Fracturing -The State of the Science

Brainbox Initiative Webinar: Combining TMS with EEG: Progress and Pitfalls

Brainbox Initiative Webinar: Combining TMS with EEG: Progress and Pitfalls

Kaufmanis Lecture: How to Take a Photo of a Black Hole

Kaufmanis Lecture: How to Take a Photo of a Black Hole

Motor Sequence Learning Elicits mu Peak-Specific Corticospinal Plasticity

Motor Sequence Learning Elicits mu Peak-Specific Corticospinal Plasticity

Scarlatti: Sonatas

Scarlatti: Sonatas

© 2025 ycliper. Все права защищены.



  • Контакты
  • О нас
  • Политика конфиденциальности



Контакты для правообладателей: [email protected]