Identificador persistente para citar o vincular este elemento: http://hdl.handle.net/10553/45540
Título: A Nissl, Golgi-Kopsch and ultrastructural study of the Gallotia galloti red nucleus
Autores/as: Monzon Mayor, M. 
Yanes Mendez, C. M.
Trujillo Trujillo, C. M.
Fecha de publicación: 1986
Editor/a: 0021-8359
Publicación seriada: Journal für Hirnforschung 
Resumen: The object of this study was to understand the different types of morphological neuronals of the Gallotia galloti red nucleus using quantitative and qualitative analysis, under the aspects of optical (Nissl and Golgi-Kopsch) and electronic microscopy. From the results from this study and considering the size, the distribution of Nissl bodies and the dendritic arborization, we have identified three neuronal types: elipsoidal or ovoid (15 μm), triangular (15-35 μm) and polygonal (20-50 μm). In general the polygonal neurons contain cytoplasm with abundant organelles, well developed Nissl bodies, perinuclear Golgi complex, numerous mitochondria, an ovoid nucleus and multiple dendrites. The triangular neurons have a similar structure, although the dendritic model is less ramified than that of the polygonal and the elipsoidal neurons contain smaller cytoplasm with less dendritic ramification. The contact with spines is not very frequent but can be observed in somas and dendrites. The neuronal population is heterogeneous and therefore neither the magnocellular nor the other parvicellular parts were observed separately, but there was a mixture of both.
URI: http://hdl.handle.net/10553/45540
ISSN: 0021-8359
Fuente: Journal fur Hirnforschung[ISSN 0021-8359],v. 27, p. 61-78
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