The cytoarchitectonic and neuronal structure of the red nucleus in guinea pig: Nissl and Golgi studies

Anna Robak; Stanisław Szteyn; Krystyna Bogus-Nowakowska; Teresa Doboszyńska; Maciej Równiak

Vol 59, No 4 (2000)

Original article

Submitted: 2012-02-06

Published online: 2000-08-02

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The cytoarchitectonic and neuronal structure of the red nucleus in guinea pig: Nissl and Golgi studies

Anna Robak, Stanisław Szteyn, Krystyna Bogus-Nowakowska, Teresa Doboszyńska, Maciej Równiak

Folia Morphol 2000;59(4):333-342.

Vol 59, No 4 (2000)

ORIGINAL ARTICLES

Submitted: 2012-02-06

Published online: 2000-08-02

Abstract

The present studies were carried out on the brains of adult guinea pigs, Dunkin-Hartley strain. On the basis of preparations, they were stained according to the Nissl and the Klüver-Barrera method's; a short description of the cytoarchitectonics and the characteristics of the rubral cells were written. The red nucleus (RN) of the guinea pig is 1.2 mm in length. Three cellular parts in RN, and three classes (A, B, C) of the rubral cells were distinguished. Taking into consideration the predominant cell size, RN was divided into magnocellular part (RNm), parvocellular part (RNp) and intermediate part (RNi). On the basis of Golgi impregnated preparations four neuronal types (I, II, III, IV) were distinguished. To sum up, in the guinea pig were observed: the large, mainly multipolar (type I) and bipolar (type II) spiny being coarse (class A) in Nissl material; the medium-sized, triangular, aspiny (type III) corresponding to the fine cells (class B); and the small, both spiny and aspiny neurons (type IV), which are the fine or achromatic cells (classes B or C) in Nissl stained slices. The highest degree of dendritic branching was observed in type I, whereas the lowest in cells of types III and IV.