. University of Toronto studies. Physiological series. no. 1-98. 1900-28 . Fig. 7. Dilatation of a hind limb dueto direct application of 1: 5000 adrenalintothe sixth and seventh lumbar sympa-thetic ganglia. Base of bellows 10 19 mm. (Reduced one-half.) duced the same Fig. 8. Dilatation of a hind limb due to direct application of 1: 1000 adrenalinto one of the lower lumbar dorsal root ganglia. Dog, 16 kgm. Base of bellows10 mm. X 19 mm. (Reduced one-half.) was obtained time after time upon application of 1: 1000 adrenahn tothe lower dorsal root ganglia (see fig. 8). LOCATION OF AD
. University of Toronto studies. Physiological series. no. 1-98. 1900-28 . Fig. 7. Dilatation of a hind limb dueto direct application of 1: 5000 adrenalintothe sixth and seventh lumbar sympa-thetic ganglia. Base of bellows 10 19 mm. (Reduced one-half.) duced the same Fig. 8. Dilatation of a hind limb due to direct application of 1: 1000 adrenalinto one of the lower lumbar dorsal root ganglia. Dog, 16 kgm. Base of bellows10 mm. X 19 mm. (Reduced one-half.) was obtained time after time upon application of 1: 1000 adrenahn tothe lower dorsal root ganglia (see fig. 8). LOCATION OF ADRENALIN VASODILATOR MECHANISMS 179 Location of the intestinal mechanism. We have previously shown (4)that the intestinal vasodilator mechanism does not function afterdestruction of the semilunar and superior mesenteric ganglia. Atthat time we stated that cutting of the splanchnic nerves produced the
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