The internal secretions and the principles of medicine . Fig. I. Fig. 2. BRAIN-CELLS DF MARMOT, Fig. 1, ffiZHILEAWAKE) Fig. 2, WHILE ASLEEP. [QuErtan.] ShDW7s neuron dilated by adrBnaxldasE-laden plasma In Fig. 1, andthe same cell dEpleted at plasma during sIeep, In Fig. 2. (Sajous.) HYPNOTISM. 1265 in turn, sends fine fibers—those peculiar to the ^ sympatheticsystem, as previously shown—to the medulla and cord, and tothe anterior pituitary. Now Cyon found that the constrictorfibers distributed to the thyroidal arteries were derived fromthe cervical sympathetic; while Berkley specifies that th
The internal secretions and the principles of medicine . Fig. I. Fig. 2. BRAIN-CELLS DF MARMOT, Fig. 1, ffiZHILEAWAKE) Fig. 2, WHILE ASLEEP. [QuErtan.] ShDW7s neuron dilated by adrBnaxldasE-laden plasma In Fig. 1, andthe same cell dEpleted at plasma during sIeep, In Fig. 2. (Sajous.) HYPNOTISM. 1265 in turn, sends fine fibers—those peculiar to the ^ sympatheticsystem, as previously shown—to the medulla and cord, and tothe anterior pituitary. Now Cyon found that the constrictorfibers distributed to the thyroidal arteries were derived fromthe cervical sympathetic; while Berkley specifies that the ner-vous supply of the anterior lobe is also of sympathetic have already submitted considerable evidence to the effect thatthe sympathetic was the vasoconstrictor of all are furnished here not only with additional testimonyto this effect, but we are brought to realize that it is the sympa-thetic center in the posterior pituitary which, by inhibiting thecirculation of the thyroid and of the anterior pituitary (includ-ing its
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