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Learning Objectives
Upon completion of this activity, participants should be able to:
Describe both the anatomic and functional anatomy of eloquent cortex.
Explain applications for brain mapping in treating neurosurgery pathologies.
List the indications and potential pitfalls of cortical stimulation mapping techniques.
Describe areas of developing research in brain mapping techniques and technology.
TOPICS
Session 1: Functional Anatomy, Physiology and Brain Mapping with Imaging
Motor and Sensory Cortex Physiology
Contemporary Model of Language Organization
Language Dysfunction
Cortical and Subcortical Anatomy and Functional Correlation (3D)
fMRI Mapping for Speech and Sensorimotor Function
DTI Subcortical Mapping
SEP, MEP Use in Brain Mapping
Anesthetic Considerations
Session 2: Historical Perspective on Cortical Stimulation Mapping
Historical Perspective on Cortical Stimulation Mapping
Session 3: Cortical Stimulation Mapping: How We Do It
Mitchel S. Berger, MD, FAANS
Hugues Duffau, MD, PhD
Lorenzo Bello, MD, PhD
Richard W. Byrne, MD, FAANS
Jin-Song Wu, MD, PhD
James T. Rutka, MD, PhD, FAANS
Toshihiro Kumabe, MD, PhD
Guy M. McKhann II, MD, FAANS
Zvi Ram, MD, IFAANS
George Samandouras, MD, FRCS
Session 4: Practical Aspects of Cortical Mapping, Discussion of Protocols and Algorithms, and Standard and Invited Cases
Practical Aspects of Cortical Mapping, Discussion of Protocols and Algorithms, Standard and Invited Cases
Session 5: Special Topics in Stimulation Research Techniques, the Future of Brain Mapping
Integrating Intraoperative Cortical Mapping with iMRI
Brain Mapping in Cerebrovascular Disease
Brain Hodotopy: Learning from Brain Mapping
Mapping Visual Function and Spatial Cognition
Neural Networks and Brain Plasticity
Mapping Executive and Mental Function
Megnetoencephalographic Imaging of Neural Oscillatory Networks at Reset and During Speech and Language Processing
Technical Innovations in Brain Mapping
