Archives of neurology and psychopathology. . tory and viscero-inhibitory fibres to the blood vessels, glands and non-striate muscles of the stomach. Vaso-constrictor, vaso-dilator and viscero-inhibitoryfibres to the upper intestine. Secretory, vaso-constrictor and viscero-motor fibres tothe liver and blood vessels and muscles of the gall ducts. Vaso-constrictor, secretory and trophic fibres to thepancreas. Vaso-constrictor and vaso-dilator fibres to the kidney. 2. —Mesenteric Nerves: (Superior, medius, inferior).The mesenteric nerves are said to contain: Vaso-constrictor and viscero-inhibitoty
Archives of neurology and psychopathology. . tory and viscero-inhibitory fibres to the blood vessels, glands and non-striate muscles of the stomach. Vaso-constrictor, vaso-dilator and viscero-inhibitoryfibres to the upper intestine. Secretory, vaso-constrictor and viscero-motor fibres tothe liver and blood vessels and muscles of the gall ducts. Vaso-constrictor, secretory and trophic fibres to thepancreas. Vaso-constrictor and vaso-dilator fibres to the kidney. 2. —Mesenteric Nerves: (Superior, medius, inferior).The mesenteric nerves are said to contain: Vaso-constrictor and viscero-inhibitoty fibres to thelower intestine. Viscero-motor fibres to the bladder. Vaso-constrictor and viscero-motor fibres to the internalsexual organs. Vaso-constrictor and viscero-motor fibres to the externalsexual organs. 3. —Ncrvi Erigentes: The nervi erigentes are con-stituted of: Viscero-motor and vaso-dilator fibres to the lowerintestine. Viscero-motor fibres to the bladder. Viscero-motor and vaso-dilator fibres for the externalsexual Vol. Ill 1900 No. 3 ARCHIVES OF NEUROLOGY ANDPSYCHOPATHOLOGY ON THE EVIDENCE OF THE GOLGI METHODSFOR THE THEORY OF NEURON RETRAC-TION. BY RICHARD WEIL AND ROBERT FRANK. [From the Pathological Institute of the New York State Hospitals], I.—Historical. The theory of the retractile character of the processesof the nerve cell had its origin in the year 1890, with thenow famous observation of Wiedersheim, that certain cellsin the nervous system of the crustacean Leptodora 2 0 werecapable of active motion. This work has never been par-alleled in other forms, and still stands as the only directevidence of amoebic movement in the living nerve cell.*The physiological and psychological implications of thisphenomenon were quickly appreciated, and embodied inthe theories of Rabl-Ruckhard,16 Duval,9 Lepine,14 andin this country Van Gieson. On the side of pathology, theGolgi method was first employed in support of retractionin the year 1893 by Collela,
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