934 



INDEX 



Endocrin functions, methods of media- 

 tion of, suprarenal extirpation, 17. 



thyroid hormone, 18. 

 tonus theory, 16. 



whether body cells are affected 

 directly or through nervous system, 

 or both ways simultaneously, 15. 



Endocrin function, of hypophysis 



cerebri, early, 711. 

 Endocrin gland substances, effects of 



administering, by grafting, 15. 

 Endocrin glands, aberrant tissue, 40. 



action of internal secretions of, on 

 central nervous system, 76. 



active principles of, 9. 



correlation of, with one another, 70. 



in causation of diabetes, 75. 



mechanism of, theories regard- 

 ing, 72. 



on the pathological side, 71. 



on the physiological side, 71. 



pluriglaiidular syndrome, 69, 

 70, 71. 



with sexual function, 69. 



duality of, 21. 



extirpation and administration, 

 effect of, on hypophyseal cells, 715. 



factors determining racial and indi- 

 vidual characteristics, determination 

 of human types by, 27. 



in configuration, 26. 



in skin and hair, 26. 



stature, as influenced by gonads, 

 25, 26. 



as influenced by hypophysis, 

 25. 



as influenced by thyroid, 26. 



functions of. See Endocrin func- 

 tions. 



history of, 45. 



accepted view of phenomena of 

 secretion enunciated by Johannes 

 Mil Her, 57. 



acromegaly or gigaiitism, 55, 56. 



action of internal secretions on 

 central nervous system, 76. 



Addison's disease, 55. 



Addison's monograph "On the 

 Constitutional and Local Effects of 

 Disease of the Suprarenal Capsules," 

 54. 



among German physiologists in 

 first half of nineteenth century, 57. 



antispasmodics, 49. 



carbohydrate metabolism, (53. 



correlation of, with one another, 

 70. 



in causation of diabetes, 75. 



Endocrin glands, history of, correla- 

 tion of, with the sexual function, 

 69. 



difference between autonomic and 



central or cerebrospinal nervous sys- 

 tems, 73. 



discovery of Claude Bernard 



(1849), that puncture in region of 

 fourth ventricle of brain in dog will 

 produce temporary glycosuria or 

 medullary diabetes mellitus, 59. 



discovery of glycogenic function 



of liver, Claude Bernard (1843), 58, 

 59. 



discovery of iodothyrin in the 



body, suggesting relation of thyroid 

 gland to iodin metabolism, Eugen 

 Baumann (1896), 63. 



discovery of parathyroids and cal- 

 cium metabolism, Ivar Sandstrom 

 (1880), 63. 



discovery that the pancreas pos- 

 sesses an internal secretion as well 

 as a digestive function, 63. 



drugs, and their action, 74. 



dystrophia adiposogenitalis of 

 Frohlich, 53. 



exophthalmic goiter, 51. 



experiment of A. A. Berthold 

 (1849) in transplantation of testes of 

 fowl to another part of its body, 57. 



-of Brown-Sequard (1856), in 

 producing Addison's disease by re- 

 moval of suprarenal capsules, 60. 



of Brown-Sequard (1889) on 

 rejuvenation by administration of 

 testicular extracts, 62. 



-of E. Frank (1912) and Har- 

 vey Gushing (1913), that there is also 

 a polydipsia and polyuria deriving 

 from the pituitary body, 59. 



of Mering, von, Joseph (1886), 

 producing experimental diabetes by 

 ingestion of phlorizin, 63. 



-of Minkowski, Oscar (1889), 

 producing diabetes by experimental 

 excision of pancreas, 63. 



on pineal gland, extirpation 



and feeding and injection experi- 

 ments, 68. 



on removal of pituitary body, 

 partial and total, 65. 



first crude elements of therapy of, 

 47, 48. 



first discovery regarding effects 

 of absence of thyroid body, 52. 



first experiment in physiological 

 surgery upon human beings, 66. 



