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| . ''EEG remains one of the easiest and most robust techniques to study infants' cognition. However, this infant age presents several particularities increasing the difficulties of EEG studies relative to adults (movement artefacts, immaturity and small size of the brain structures, fontanella in skull, etc..). I will present several studies in speech perception showing the advantages of EEG to decipher infant's cognition and how Brainstorm brings numerous advantages when we deal with a difficult population, such as infants.''<<BR>> |
1st Brainstorm User Symposium
Paris, August 31 2012 (10am -11:30am):
a selection of recent research from Brainstorm users
This event is part of Brainstorm's Training Session (satellite of Biomag2012)
Katia Lehongre (Ecole Normale Supérieure, Paris, France)
- Altered low-γ sampling in auditory cortex accounts for the three main facets of dyslexia.
Younes Zerouali (Electrical Engineering Department, Ecole de Technologie Superieure, Montreal, Canada)
- Wavelet-based localization of oscillatory and synchronous sources in Brainstorm
Nicholas Balderston (University of Wisconsin, Milwaukee)
- Rapid amygdala responses during trace fear conditioning without awareness
Ghislaine Dehaene (CEA-Neurospin, Paris, France)
- Studies of infant's cognition with EEG
EEG remains one of the easiest and most robust techniques to study infants' cognition. However, this infant age presents several particularities increasing the difficulties of EEG studies relative to adults (movement artefacts, immaturity and small size of the brain structures, fontanella in skull, etc..). I will present several studies in speech perception showing the advantages of EEG to decipher infant's cognition and how Brainstorm brings numerous advantages when we deal with a difficult population, such as infants.