. Electro-physiology. Electrophysiology. X ELECTROMOTIVE ACTION IN NERVE 341 Iii the eye-muscles of the frog, the predominating nerve-endings recall the simpler types of low amphibians (Proteus} and tishes (Eetzius, ). The contrast between eye-muscles and skeletal muscles in mammals is in this respect even more striking (cf. 1. , Ifc/illlsrt FIG. 224.—End-plates (fresh) of Laccrta agilis—in 0'6 % NaCl. Expansion with nuclei. Eetzius, p. 48). While the former invariably exhibit charac- teristic end-plates, the latter present terminal arborisations which vary in a marked degree from the
. Electro-physiology. Electrophysiology. X ELECTROMOTIVE ACTION IN NERVE 341 Iii the eye-muscles of the frog, the predominating nerve-endings recall the simpler types of low amphibians (Proteus} and tishes (Eetzius, ). The contrast between eye-muscles and skeletal muscles in mammals is in this respect even more striking (cf. 1. , Ifc/illlsrt FIG. 224.—End-plates (fresh) of Laccrta agilis—in 0'6 % NaCl. Expansion with nuclei. Eetzius, p. 48). While the former invariably exhibit charac- teristic end-plates, the latter present terminal arborisations which vary in a marked degree from the ordinary type, and again re-. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Biedermann, W. (Wilhelm), 1852-1929; Welby, Frances A. (Frances Alice). London : Macmillan
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