. General physiology; an outline of the science of life. Fig. 154.—Du Bois-Reymond's spriiig-myograph. stimuhis in a frog's nerve under normal conditions amounts to approximately 26 m. in the second. Other forms of living substance conduct the reaction considerably more slowl}' and some to a very short distance only, the effect being gradually extinguished with the distance. In very slowly conducting objects the rate of conduction can be followed with the. Fk;. ,—AsceudiDg limb of the myogrtiphic curve taken with tlic spring-myoy:i-:tph. R, Moment of stimulation: i, beginning of the contr
. General physiology; an outline of the science of life. Fig. 154.—Du Bois-Reymond's spriiig-myograph. stimuhis in a frog's nerve under normal conditions amounts to approximately 26 m. in the second. Other forms of living substance conduct the reaction considerably more slowl}' and some to a very short distance only, the effect being gradually extinguished with the distance. In very slowly conducting objects the rate of conduction can be followed with the. Fk;. ,—AsceudiDg limb of the myogrtiphic curve taken with tlic spring-myoy:i-:tph. R, Moment of stimulation: i, beginning of the contraction upon stimulation of the nerve at a remote place (Fig. 153); ;:', beginning of the contraction upon stimulation immediately at the iiiuscle. Below, the cvnwe of the tuning forlt. eye. Thus, in Difflugia the rate of conduction of the ex- citation can be very easily recognised under the microscope in the. 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 Verworn, Max, 1863-1921; Lee, Frederic S. (Frederic Schiller), 1859-1939. London, Macmillan and co. , limited; New York, The Macmillan company
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