Topographic map (neuroanatomy)

Related lectures (9)

Covers the preprocessing pipeline for functional brain imaging and topographic mapping in sensory cortices.

Explores how global order arises from local interactions in neural networks.

Explores visual maps in the mouse cortex, mesoscale mapping methods, and anatomical and functional border mismatch.

Introduces spatial maps and visual areas in the cortex, including retinotopic organization and the Allen Reference Atlas.

Covers mesoscale mapping methods in neuroscience, focusing on visual cortex organization.

Explores the topographic organization in the brain, focusing on sensory representations and hemodynamic neuroimaging techniques.

Explores Norrie disease, gene therapy design, and inner ear physiology, including cochlear function and hair cells.

Introduces topographic brain mapping, auditory pathways, motor cortex organization, and the General Linear Model for fMRI data analysis.

Explores computational modeling of terrestrial locomotion, focusing on neural circuits, biomechanics, and gait optimization.

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