928 



INDEX 



Autonomic nervous system, distribu- 

 tion of components of, structures 

 with stimulatory parasympathetic 

 and inhibitory sympathetic innerva- 

 tion, 163. 



structures with stimulatory sym- 

 pathetic and inhibitory parasympa- 

 thetic innervation, 164. 



disturbances of (thyroid). See Thy- 

 roid gland, disturbances of the auto- 

 nomic system. 



in tetany, depression, rather than 

 excitation, of visceral nervous sys- 

 tem, 613. 



hyperexcitability of vegetative 



nervous system, 611. 



increased chemical excitability, 610. 



epinephriii hypersensitiveness, 



610. 



increased mechanical excitability, 

 610. 



trophic disturbances, 614. 



morphology of, 162. 



ocular signs originating from. See 

 Ocular signs. 



relations between endocrin organs 

 and. See Autonomic-endocrin rela- 

 tionship. 



structures of, 163, 164. 



variability of symptomatology of, as 

 clinically seen, 166. 



Backwardness in children and infants, 

 due to endocrin dystrophies, 410. 



Bacterial theory of cretinic degenera- 

 tion, 455. 



Barium salts, in parathyroid tetany. 

 contraindicated, 539. 



Barker, L. F., on relation of internal 

 secretions of ductless glands to tonus 

 of nervous system (1913), 75. 



Basal metabolic rate, 490. 



definition of, 484. 



Basal metabolism determinations in 

 thyroid disorders, principles of, 484. 



Sep. also Metabolism, basal. 



Basedow-iodin, 301. 



Basedow's disease, and iodin poisoning, 

 301. 



See also Exophthalmic goiter. 

 Battey, Kobert, operation of, in excis- 

 ing normal ovaries for relief of neu- 

 rotic condition (1872), 66. 



Baumann, Kugeii, discovery of iodin 

 content in thyroid (1895), 84. 



discovery of iodothyrin in body, sug- 

 gesting relation of thyroid gland to 

 iodin metabolism, 63. 



Bayliss-Starling, doctrine of hormones 

 or chemical messengers, 62. 



Bernard, Claude (1849), discovery of, 

 that temporary glycosuria or medul- 

 lary diabetes mellitus may be induced 

 by puncture in fourth ventricle of 

 brain (1849), 59. 



observations of, introducing new 

 concept of internal secretions (1843), 

 58. 



obtaining of glycogenic substance of 

 liver in the form of a dry powder 

 which could be converted into dex- 

 trose by fermentation (1855), 59. 



Berthold, A. A. (1849), experiment of, 

 in transplanting testes of a fowl to 

 another part of its body, 57. 



Bichat, fundamental error of, 47. 



Bile, action of epinephrin on, pharma- 

 codynamic, 127. 



Bladder, paretic conditions of, hy- 

 pophyseal hormonotherapy in, 117. 



Blood, action of epinephrin on, 126. 



condition of, in cretinic degenera- 

 tion, 468. 



in exophthalmic goiter, 350. 



in hypothyroidism, 414. 



in thyroid disease, 353. 



symptoms of, associated with thy- 

 roid disease, hemoglobin and red 

 cells, 350. 



leukocytes, 351. 

 viscosity, 352. 



Blood count, changes in, in tetany, 612. 

 Blood dyscrasias, thyroid treatment in, 



105. 

 Blood glucose curve, in hypothyroidism, 



432. 

 Blood pressure, in dysthyroidism, 328. 



effects on, of whole- rgland feeding of 

 hypophysis, 740. 



in exophthalmic goiter, 328. 



in goiter, simple, 328. 



in Graves' disease, 327. 



Blood sugar, in hyperthyroidism, 492. 

 Blood supply, of hypophysis cerebri, 

 707. 



of the parathyroids, 502. 



of thyroid gland, 207. 



Bodily functions, hormone control of, 



161. 

 Bone changes, due to hypothyroidism, 



417. 

 Bone diseases, suprarenal therapy in, 



140. 

 Bones, condition of, in tetany, 623. 



diseases of, thyroid therapy for, 

 99. 



