Electro-physiology electrophysiolog02bied Year: 1896-98 CHAP, vin CONDUCTIVITY AXD EXCITABILITY OF NERVE 53 the nerve-trunk. As an instance of the first we need only recall the wealth of ramifications of the single processes of monopolar ~' V r m ! i -— r- . •'-'.r >'/ '•^-' • •.•*'•.• vPv'o^^ - .-iv-, >• ,' -. Pu-^i i tp£* FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the ' collaterals ' from th

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Electro-physiology electrophysiolog02bied Year: 1896-98 CHAP, vin CONDUCTIVITY AXD EXCITABILITY OF NERVE 53 the nerve-trunk. As an instance of the first we need only recall the wealth of ramifications of the single processes of monopolar ~' V r m ! i -— r- . •'-'.r >'/ '•^-' • •.•*'•.• vPv'o^^ - .-iv-, >• ,' -. Pu-^i i tp£* FIG. 15S.—Ganglion-cell with richly-developed nerve processes from ventral cord of cray- fish. (Methyl blue and picric acid.) (Biedermann.) ganglion-cells in the ventral cord of crustaceans and worms (Fig. 158), as well as the ' collaterals ' from the vertebrate spinal cord. Here the branching obviously forms connection between various

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