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Quantitative electron microscope study of synaptic terminals to basket neurons in cerebellar cortex of rat.

Quantitative electron microscope study of synaptic input to 40 cerebellar basket neurons in the rat has revealed, that while the dendrite tree (1580 mum in average) receives almost exclusively excitatory parallel fibres (2420/dendritic tree of single basket cell), the perikaryonal surface receives in addition to parallel axons a well developed (26% of all axosomatic boutons) inhibitory input. The few climbing fibres contacting BC somata, were not observed to establish true synaptic articulations.

Animals↗

Origin and proliferation of astroglia in the immature rat cerebellar cortex. A double label autoradiographic study.

The proliferating astroglia cells of the cerebellar internal granular layer (IGL) were studied by a 3H--14C double label autoradiographic technique in 1 mu thick sections of the resin embedded cerebellum of 6-7 day old rats. It was concluded that the proliferating cells undergo repeated mitotic cycles inside the IGL. Thus claims of their acquisition from the external granular layer could be disproved. Calculated from the ratio of 3H- and 3H + 14C-labelled cells, the length of the S phase was 6 hours.

Animals↗