Titlebook: Scanning Electron Microscopy of Cerebellar Cortex; Orlando J. Castejón Book 2003 Springer Science+Business Media New York 2003 Nervous Sys

convulsion

The Basket Cells,(1890) referred to these cells as “basket cells” (.). Ramón y Cajal (1888) traced the axonal plexus formed by basket cell axonal ramifications around the Purkinje cells, a discovery that led him to proclaim the Neuron Doctrine. Estable (1923) proposed designating the pericellular basket as ..

GRATE

Stellate Cells,y Cajal (1888, 1896), Ponti (1897), Smirnov (1897), Estable (1923), Jakob (1928), and Scheibel and Scheibel (1954). More recently, their fine structure was studied by Herndon (1964), Fox, Hillman, Siegesmund, and Dutta (1967a), Lemkey-Johnston and Larramendi (1968a, 1968b), Castejón (1968), Sotelo (

条约

Cerebellar Glial Cells,1895), Ramón y Cajal (1896a), Terrazas (1897), Fañanás and Ramón y Cajal (1916), Jakob (1928), Schroeder (1929), and Jansen and Brodal (1958). More recently, a complete account of transmission electron microscopic (TEM) features and stereograms of Golgi preparations, performed by high voltage electr

Asymptomatic

Dorsal

Contribution of Scanning Electron Microscopy to Cerebellar Neurobiology,d in a marked increase in knowledge and comprehension of nerve tissue organization. An increasing number of investigations have attempted to reveal, the three-dimensional cellular SEM organization of different regions of the central nervous system (Abbate, Laura, Muglia, Vita, & Bronzetti, 1993; All

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整洁漂亮

Stellate Cells, description of these neurons by means of . drawings of Golgi preparations and transmission electron microscopy (TEM). Castejón and Castejón (1997) reported the scanning electron microscopic (SEM) three-dimensional morphology, TEM freeze-fracture features and glycosaminoglycan histochemistry of stellate neurons.

Cholagogue

TSH582

The Mossy Fiber Glomerulus,led him to postulate the concept of a synapse by gearing. The views of Ramón y Cajal, as summarized in the Neuronal Doctrine (Ramón y Cajal, 1954), contrasted with the opinion of those supporting the reticularist theory, which conceived the continuity of nerve cell processes forming a diffuse neuronal network (Golgi, 1874; Pensa, 1931).

NIB

Golgi Cells,988, 1993, 1996; Castejón & Apkarian, 1992; Castejón & Caraballo, 1980a, 1980b; Castejón & Castejón, 1991; Castejón & Valero, 1980; Hojo, 1994). More recently, a detailed confocal, light, SEM and transmission electron microscopic (TEM) study of Golgi cells of several vertebrates has been reported (Castejón & Castejón, 2000).