Topographic map (neuroanatomy)

Topographic map (neuroanatomy)

A topographic map in neuroanatomy refers to the spatial organization of neural elements, where adjacent cells in the brain have corresponding adjacent locations in the body. This concept is fundamental to understanding the structure and function of the nervous system.

Overview

Topographic maps are a key feature of sensory systems, including the visual system, auditory system, and somatosensory system. They are also present in motor systems. The term "topographic" refers to the ordered mapping of the world in the brain. This mapping is not always spatially consistent with the external world, but it is always systematically related to it.

Function

Topographic maps allow the brain to represent the spatial aspects of sensory information and to control spatial aspects of motor output. They are crucial for the brain's ability to perceive the environment and control the body.

Examples

One of the most studied examples of topographic mapping in neuroanatomy is the retinotopic map in the visual system. Other examples include the tonotopic map in the auditory system and the somatotopic map in the somatosensory and motor systems.

See also

• Brain mapping
• Cortical homunculus
• Neural coding

References

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