Elements of human physiology (1907) Elements of human physiology elementsofhumanp05star Year: 1907 646 PHYSIOLOGY with the surface m a direction at right angles to the plane of expansion of the dendrites of Purkinje's cells, apparently resting against the serrations on the edges of these processes. The second kind of cell in the granular layer is the so- called Golgi's cell—a large cell with many dendrites and an axon which terminates by frequent branches in the neigh- bouring grey matter. Fig. 296. Molecular layer. Cells of Puikinje Schema of constituent elements of cerebellum (modified f


Elements of human physiology (1907) Elements of human physiology elementsofhumanp05star Year: 1907 646 PHYSIOLOGY with the surface m a direction at right angles to the plane of expansion of the dendrites of Purkinje's cells, apparently resting against the serrations on the edges of these processes. The second kind of cell in the granular layer is the so- called Golgi's cell—a large cell with many dendrites and an axon which terminates by frequent branches in the neigh- bouring grey matter. Fig. 296. Molecular layer. Cells of Puikinje Schema of constituent elements of cerebellum (modified from Bolim and Davidoff). On the left is a section of the cortex as it appears when stained by ordinary methods. The middle portion represents diagrammatically a section at right angles to the laminse, while to the right of the dotted line the section is taken in the same plane as the laminte. a, star-shaped cells of molecular layer; b, b, cells of Purkinje ; c, ' Golgi cell'; d, small cells of nuclear layer ; e,' tendril fibre '; f, ' moss fibre '; g, axon of cell of Purkinje. The fibres making up the white matter are of three kinds—two afferent and one efferent. The moss fibres, so called from the curious thickenmgs they present in the nuclear layer, pass up into the grey matter and terminate by frequent branches in this layer. The tendril fibres, also afferent, end in a rich arborisation which surrounds the distal part of the cell and the bases of the dendrites of the


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