. Fig. 10. Dissection ofriglit leg of frog. A, sciatic plexus; B, cniralis; C, sar- torius; D. gracilis magnus; E, gastrocnemius; K. glutaeus niagnus; G, sciatic nerve; H, llio-fibularis; I. semimembranosus. these vertebrae lengthwise, and holding the fragments with forceps, dissect out the sciatic plexuses supplying the hind legs. Do not take hold of nerves with forceps, and avoid stretching them. Fasten pair of electrodes to the posts of secondary coil. Stimulate these plexuses in turn with the letanizing current. What is the result? Now apply the stimulus directly to the muscles of the legs
. Fig. 10. Dissection ofriglit leg of frog. A, sciatic plexus; B, cniralis; C, sar- torius; D. gracilis magnus; E, gastrocnemius; K. glutaeus niagnus; G, sciatic nerve; H, llio-fibularis; I. semimembranosus. these vertebrae lengthwise, and holding the fragments with forceps, dissect out the sciatic plexuses supplying the hind legs. Do not take hold of nerves with forceps, and avoid stretching them. Fasten pair of electrodes to the posts of secondary coil. Stimulate these plexuses in turn with the letanizing current. What is the result? Now apply the stimulus directly to the muscles of the legs. What is the result ?
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Keywords: ., bookcentury1900, bookdecade1900, booksubjectphysiology, bookyear1
