Appendix 3.04 Survey of
The Neurosciences and Music I
V
Conference 2011
Learning and Memory
Workshop 1:EXPERIMENTAL METHODS(1-4)Title, CategoryAimMus. Material, Cultural Ref.Technology & ProcedureMain focus of interestConclusion- Amir Lahav
New imaging methods and auditory protection for neonates
Cat. 9: Child development
2. Laurel Trainor
Musical experience, plasticity and maturation: issues in measuring developmental change using electro
physiology (EEG) and magneto-encephalography(MEG)
Cat. 9: Child development- Sandra Trehub
Current behavioural methods with infants
Cat. 9: Child development
4. Nadine Gaab
Current fMRI methods with children
Cat. 9: Child development
Review of recent imaging
methods used to study brain development in extremely vulnerable preterm infants
< 32 weeks gestation
Changes in brain processing with age andspecificexperience can be studied noninvasivelyin infants andyoung children using EEG andMEG
A number of behavioral measures will be outlined, both those that have been used in published research and those that could be used profitably in the future
Review of useful pediatric imaging and analyses tools and presentation of a pediatric neuroimaging protocol with guidelines and procedures that have proven to be successful to date in young children andinfantsfMRI
EEG, MEG
fMRIThe implementation of a newborn-friendly imagingprotocol, protection from scanner noise and the need for obtaining high-resolutionimages
EEG and MEG can be
analyzed with a wide variety of techniques,includingtraditional time-waveformanalyses,frequency analyses(e.g., beta and gamma band oscillations)and machinelearning algorithms
Neural measures, which are becoming increasingly popular in infancy, are often uninterpretable in the
absence of behavioral measures
Various strategies and techniques as a means to ensure comfort and cooperation of young childrenduring neuroimaging sessionsMeasures have to be repeatable and reliable. Bevigilant about validity and reliability, e.g. of the ”headturning procedure”
Play therapy, behavioral approaches and simulation, the use of mock scanner areas, basic relaxation and a combination of these
techniques have all been shown to improve the participant’s compliance and thus MRI data quality