On the "selectivity" of the Golgi-Cox method

The Journal of Comparative Neurology
J F Pasternak, T A Woolsey

Abstract

The randomness of the impregnation of layer IV cortical neurons by the Golgi-Cox method (Van der Loos, '56) has been assessed directly in Barrel C-1 of the mouse SmI. All Golgi-Cox impregnated neurons and unimpregnated neurons which were revealed with a Nissl counterstain were counted and measured in ten cerebral hemispheres cut tangential to the pia overlying the barrel field. The percentage of Golgi stained neurons varied considerably in different preparations from 0.73% to 2.26% with an average of 1.29%. The size distributions of both the Golgi impregnated and Nissl stained cells are similar but the difference of the means is statistically significant. However, if the means are equated there is no statistical difference in the two populations. When the Golgi precipitate is removed and the cells re-measured following Nissl staining there is a systematic reduction of the perikaryal cross-sectional area which is compatible with the differences in the means observed for the two populations as a whole. Finally, the frequency with which Golgi impregnated neurons are found in the barrel sides and hollows parallels the frequency with which Nissl stained neurons are observed in these two locations. We conclude that this variant of th...Continue Reading

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Related Concepts

Golgi Apparatus
Golgi Method
Neurons
Internal Granular Layer
Cortical Cell Layer of the Cerebral Cortex
Structure of Cortex of Kidney
Cell Density
Cerebral Hemisphere Structure (Body Structure)
Staining and Labeling
Fertilization

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