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1
Introduction
2
Structure of the Brain
3
Neurons
4
Ions and membranes
5
Action potential
6
sensory transduction
7
Guggenheim Museum
8
Building the Brain
9
Pathfinding
10
Mapping
11
Competition
12
Genetics
13
Questions
14
Mutations
15
Hearing
16
Competition among cells
17
Chemicals that affect the ear
18
Evolutionary timeline
19
Hormones
20
Applications
21
Sensory Integration Disorders
22
Neural Recruitment
23
Nutrition
Description:
Explore the fascinating world of sensory perception in children through this 57-minute lecture by neurobiologist A. James Hudspeth from The Rockefeller University. Delve into how a child's developing brain is shaped by sensory information from birth, laying the foundation for all types of learning. Discover the journey of sensory data to the brain's higher centers, and gain insights into environmental factors that may impact hearing in adolescents and young adults. Learn about brain structure, neurons, action potentials, sensory transduction, and the intricate processes of brain development, including pathfinding, mapping, and competition among cells. Examine the roles of genetics, mutations, and hormones in sensory perception, and understand the evolutionary timeline of these processes. Gain valuable knowledge on sensory integration disorders, neural recruitment, and the importance of nutrition in sensory development.

The Biology of Sensory Perception - How Children Discover the World

The Rockefeller University
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