. Electro-physiology . FIG. 123.—a, Triphasic curve of variation in gastrocnemius muscle ; ~b, diphasic curve of variation of sartorius muscle. Above is the normal, below the injured, muscle. (F. S. Lee.) isolated muscle, with direct or indirect excitation, may be easily explained without further hypothesis by Hermann's alteration theory, on the simple assumption that excited fibres, like moribund fibres, are electro - negative to normal or resting fibres. The fundamental data of this theory render such a proposition self-evident, since in both cases there is, in Bering's sense, a descending a
. Electro-physiology . FIG. 123.—a, Triphasic curve of variation in gastrocnemius muscle ; ~b, diphasic curve of variation of sartorius muscle. Above is the normal, below the injured, muscle. (F. S. Lee.) isolated muscle, with direct or indirect excitation, may be easily explained without further hypothesis by Hermann's alteration theory, on the simple assumption that excited fibres, like moribund fibres, are electro - negative to normal or resting fibres. The fundamental data of this theory render such a proposition self-evident, since in both cases there is, in Bering's sense, a descending alteration of the living matter, so that action
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Keywords: ., bo, bookcentury1800, bookdecade1890, bookpublisherlondonmacmillan
