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Composite part spanning multiple base regional parts of brain
| Name: | Composite part spanning multiple base regional parts of brain |
| Super-category: | Regional part of brain |
| Id: | birnlex_1304 |
| Link to OWL / RDF: | Download this content as OWL/RDF |
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Subcategories
This category has the following 12 subcategories, out of 12 total.
BCF |
LNR |
ST |
Facts about Composite part spanning multiple base regional parts of brainRDF feed
| Created | 7 October 2006 + |
| CurationStatus | uncurated + |
| EditorialNote | Note that many of these composite structur … Note that many of these composite structures could be created by simply defining them as the union of their constituent parts - e.g., Medial_lemniscus = UNION(Medial_lemniscus_of_midbrain, Medial_lemniscus_of_pons, Medial_lemniscus_of_medulla). I've hard-coded these examples using class equivalency to show there are more than a single means to bring classes together. The cerebellar peduncular complex was constructed using equivalency relations to demonstrate another alternative. Each of these mechanisms has its own set of pros and cons (BB)., It will be necessary to create a composite class set at a higher level than this, should we seek to assemble classes whose constituents lie both inside and outside the brain. For instance, to construct the entirety of the cuneate or gracile fasciculi, you'd need to included the components residing in the spinal cord as well. nents residing in the spinal cord as well. |
| Has default formThis property is a special property in this wiki. | PONS brain region + |
| Id | birnlex_1304 + |
| Label | Composite part spanning multiple base regional parts of brain + |
| ModifiedDate | 30 May 2009 + |
| Page has default formThis property is a special property in this wiki. | PONS brain region + |

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