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11 Fun Facts Role Of Arbor Vitae In Cerebellum | Arbor Vitae Uteri
- Hypotonia - the muscles lose resistance to palpation due to diminished influence of the cerebellum on gamma motor neurons. The patient walks with a broad-based gait and leans toward the affected side.[1] - Source: Internet
- The cerebellum appears to play a role in many types of behaviours. Cerebellar damage not only affects movement coordination but also disrupts some perceptual abilities such as visual motion discrimination. The cerebellum acts to make predictions for different cerebral areas of the brain to optimize their abilities– helping to predict optimal motor commands for movement control and upcoming sensory events for sensory perception possibly explaining how cerebellar damage affects other behaviours.[5] - Source: Internet
- Grey matter – located on the surface of the cerebellum. It is tightly folded, forming the cerebellar cortex. The gray matter of the cortex divides into three layers: an external - the molecular layer; a middle - the Purkinje cell layer; and an internal - the granular layer. The molecular layer contains two types of neurons: the outer stellate cell and the inner basket cell.[1] - Source: Internet
- Spinocerebellum – comprised of the vermis and intermediate zone of the cerebellar hemispheres. It is involved in regulating body movements by allowing for error correction. It also receives proprioceptive information. - Source: Internet
- Sagittal section of the cerebellum, near the junction of the vermis with the hemisphere. ("arbor vitae" visible as white space to left, but not labelled.) - Source: Internet
- The flocculonodular lobe. It is the oldest part of the brain in evolutionary terms (archicerebellum) and participates mainly in balance and spatial orientation. Its primary connections are with the vestibular nuclei, although it also receives visual and other sensory input.[3] Zones - Source: Internet
- A 2019 [9] ) report shows compelling evidence that the mature central nervous system (CNS) harbours stem cell populations outside conventional neurogenic regions. It has been demonstrated that brain pericytes (PCs) in both mouse and human exhibit multipotency to differentiate into various neural lineages following cerebral ischemia. Importantly putative ischemia-induced multipotent stem cells are present in poststroke cerebellum and possess region-specific traits, suggesting a potential capacity to regenerate functional cerebellar neurons following ischemic stroke [9] . - Source: Internet
- There are three cerebellar zones. In the midline of the cerebellum is the vermis. Either side of the vermis is the intermediate zone. Lateral to the intermediate zone are the lateral hemispheres. There is no difference in gross structure between the lateral hemispheres and intermediate zones Functional Divisions - Source: Internet
- The cerebellum receives afferent information about voluntary muscle movements from the cerebral cortex and from the muscles, tendons, and joints. It also receives information concerning balance from the vestibular nuclei. Each cerebellar hemisphere controls the same side of the body, thus if damaged the symptoms will occur ipsilaterally.[1] - Source: Internet
- Vestibulocerebellum – the functional equivalent to the flocculonodular lobe. It is involved in controlling balance and ocular reflexes, mainly fixation on a target. It receives inputs from the vestibular system, and sends outputs back to the vestibular nuclei. - Source: Internet
- The AiA rendering of an MRI of the brain and spinal cord shows arbor vitae in the cerebellum. The arbor vitae literally meaning the “tree of life” and is the name given to the cerebellar white matter that has a tree-like branching pattern. The white matter of the cerebellum consists of nerve fibers that transport sensory and motor information to and from the cerebellum. - Source: Internet
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