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Explore the innovative approaches to education rooted in neuroscience with Dr. Marjorie Hall Haley from GMU. This comprehensive resource delves into the intricacies of brain function, highlighting areas such as the amygdala, hippocampus, and various cortical regions, and their relevance to teaching and learning. Learn how brain structures influence cognition and memory, and discover strategies for applying this knowledge to enhance educational practices. Gain insights into how an understanding of brain anatomy can transform the way we teach and empower students.
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EDUC 797 – Brain-Based Teaching & Learning Marjorie Hall Haley, PhD GMU Marjorie Hall Haley, PhD - GMU
Amygdala Temporal lobe Hippocampus Marjorie Hall Haley, PhD - GMU
Motor cortex Somatosensory cortex Sensory associative cortex Pars opercularis Visual associative cortex Broca’s area Visual cortex Primary Auditory cortex Wernicke’s area Marjorie Hall Haley, PhD - GMU
Cingulate gyrus Anterior nucleus of thalamus Thalamus Para-olfactory area Fornix Mamillary bodies of hypothalamus Hypothalamus Hippocampus Uncus Amygdala Para-hippocampal gyrus Marjorie Hall Haley, PhD - GMU
Hippocampus Amygdala Marjorie Hall Haley, PhD - GMU
Parietal lobe Frontal lobe Occipital lobe Temporal lobe Cerebellum Marjorie Hall Haley, PhD - GMU
Cingulate gyrus Anterior nucleus of thalamus Thalamus Para-olfactory area Fornix Mamillary bodies of hypothalamus Hypothalamus Hippocampus Uncus Amygdala Para-hippocampal gyrus Marjorie Hall Haley, PhD - GMU
CELL BODY Synapses Dendrites Nucleus Myelin sheath AXON Schwann cell Node of Ranvier Synaptic terminals Marjorie Hall Haley, PhD - GMU
Marjorie Hall Haley, PhD - GMU Pituitary Hypothalamus
Left Auditory cortex Right Auditory cortex Medial geniculate nucleus Cochlea Inferior colliculus Auditory nerve fiber Superior Olivary nucleus Ipsilateral Cochlear nucleus Marjorie Hall Haley, PhD - GMU