| Brain: Cerebellar vermis | ||
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| Schematic representation of the major anatomical subdivisions of the cerebellum. Superior view of an "unrolled" cerebellum, placing the vermis in one plane. | ||
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| Under surface of the cerebellum. ("Tuber vermis" labeled at bottom.) | ||
| Latin | vermis cerebelli | |
| Gray's | subject #187 788 | |
| Part of | Cerebellum | |
| NeuroNames | ancil-146 | |
| NeuroLex ID | birnlex_1106 | |
Part of the structure of animal brains, the cerebellar vermis is a narrow, wormlike structure between the hemispheres of the cerebellum.
Contents |
Function
It is the site of termination of the spinocerebellar pathways that carry subconscious proprioception.
Recent research on the posterior cerebellar vermis indicates that this particular area of the brain may be linked to the brain's natural ability to integrate and analyze inertial motion. Specialized cells in this area, known as Purkinje cells, are now thought to receive sensory information from the vestibular system of the inner ears and use this to compute information about the body's movement through space.[1]
Clinical significance
Dandy Walker malformation is a congenital brain malformation that is characterized by enlarged posterior fossa and in which the cerebellar vermis is absent or present in merely a rudimentary form. It is also commonly associated with dysplasias of brainstem nuclei.
See also
- cerebellar vermis hypoplasia, a genetic ciliopathy
Additional images
 Human brain midsagittal view |
References
External links
- Photo - rollover to see highlighted at University of Texas Southwestern Medical Center at Dallas
- Diagram at medfriendly.com
- BrainMaps at UCDavis Vermis
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