238 



HYPOPHYSIS AND GONADOTROPHIC HORMONES 



structure of Golgi apparatus of exocrine cells 

 of mouse pancreas. Exper. Cell Res., 7, 415-429. 



Smelser, G. K. 1944. Differential concentration 

 of hormones in the central and peripheral zones 

 of the bovine anterior pituitary gland. Endo- 

 crinology, 34, 39-43. 



Smith, P. E., and MacDowell, E. C. 1930. An 

 hereditary anterior-pituitary deficiency in the 

 mouse. Anat. Rec, 46, 249-257. 



Smith, P. E., .\nd Smith, I. P. 1923a. The re- 

 sponse of the hypophysectomized tadpole to 

 the intraperitoneal injection of the various 

 lobes and the colloid of the bovine hypophysis. 

 Anat. Rec, Suppl., 25, 150-151. 



Smith, P. E., and Smith, I. P. 1923b. The topo- 

 graphical separation in the bovine anterior hy- 

 pophysis of the principle reacting with the en- 

 docrine system from that controlling general 

 body growth with suggestions as to the cell 

 types elaborating these encretions. Anat. Rec, 

 Suppl., 25, 150-151. 



Smith, S. W. 1951. The correspondence between 

 hypothalamic neurosecretory material and neu- 

 rohypophysial material in vertebrates. Am. J. 

 Anat., 89^ 195-231. 



Sloper, J. C. 1955. Hypothalamic neurosecretion 

 in the dog and cat, with particular reference to 

 the identification of neurosecretory material 

 with posterior lobe hormone. J. Anat., 89, 301- 

 316. 



Sloper, J. C. 1957. Diabetes insipidus: the con- 

 tribution of histochemical and isotope tech- 

 nicjues to the investigation of its pathogenesis. 

 Proc Roy. Soc Med., 51, 335-339. 



Sober, H. A., and Peterson, E. A. 1958. Protein 

 chromatography on ion exchange cellulose. Fed. 

 Proc, 17, 1116-1126. 



Speidel, C. C. 1919. Gland cells of internal secre- 

 tion in the spinal cord of the skates. Carnegie 

 Inst., Washington, No. 281, Dept. Marine Biol., 

 13, 1-31. 



Steedman, H. F. 1950. Alcian Blue 8 GS: a new 

 stain for mucin. Quart. J. Microsc. Sc, 91, 477- 

 479. 



Steelman, S. L., Kelly, T. L., Seg.\loff, A., and 

 Weber, G.F. 1956. Isolation of an apparently 

 homogeneous follicle stimulating hormone. En- 

 docrinology, 59, 256. 



Stutinsky, F., Bonvallet, M., and Dell, P. 1949. 

 Les modifications hypophysaires au cours du 

 diabete expermentale chez le chicn. Ann. en- 

 docrinol., 10, 505-517. 



Thornton, K. R. 1956. The action of ACTH and 

 cortisone on the anterior pituitary. Proc Roy. 

 Soc Med., 49, 1016-1018. 



Timmer, R. F., and Finerty, J. C. 1956. Cytologi- 

 cal and weight changes in the pituitary gland of 

 the severely stressed rat. Proc Soc. Exper. 

 Biol., 91, 420-423. 



Tonnis, W., MtJLLER, W., Oswald, F., and Bril- 

 mayer, H. 1954. Kann die Rachendach-hy- 

 pophyse eine vikariicrcnde Function Ausiiben. 

 Klin. Wchnschr., 32, 912-914. 



Tuchmann-Duplessis, H. 1953. Structural changes 

 in the anterior pituitary with special reference 



to the adrenal cortex. Ciba Foundation Col- 

 loquia Endocrinol., 4, 33-53 (in discussion). 



Turner, C. W. 1939. The mammary glands. In 

 Sex and Internal Secretions, 2nd ed., Allen, 

 Danforth and Doisy, Eds., Ch. II; pp. 740-803. 

 Baltimore: The Williams & Wilkins Company. 



Tyslowitz, R. 1943. Corticotrophin obtained by 

 ultrafiltration of pituitary extracts. Science, 98, 

 225-226. 



VAN Dyke, H. B., Chow, B. F., Greep, R. O., and 

 RoTHEN, A. 1942. The isolation of a protein 

 from the pars neuralis of the ox pituitary with 

 constant oxytocic, pressor and diuresis-inhibit- 

 ing activities. J. Pharmacol. & Exper. Therap., 

 74, 190-209. 



VoiTKEViTCH, A. A. 1937a. The role of the ante- 

 rior lobe of the hypophysis in the growth and 

 differentiation of anura. Bull. Biol, et Med. 

 exper. U.S.S.R., 3, 255-257. 



VoiTKEviCH, A. A. 1937b. The role of the ante- 

 rior lobe of the hypophysis in the growth and 

 differentiation of urodela. Bull. Biol, et Med. 

 exper. U.S.S.R., 3, 258-259. 



voN Soos, J. 1934. Vergleichende histologische. 

 Untersuchungen liber die Topographie und die 

 Bedeutung der basophilen Zellen der Hypoph- 

 yse. Frankfurt. Ztschr. Path., 47, 82-96. 



Weaver, T. A., and Bucy, P. C. 1940. The ana- 

 tomical relationships of the hypophysial stem 

 and the median eminence. Endocrinology, 27, 

 227-235. 



Wheeler, R. S. 1943. Normal development of the 

 pituitary in the opossum and its responses to 

 hormonal treatments. J. MorphoL, 73, 43-87. 



WiL.soN, W. D., AND EzRiN, C. 1954. Three types 

 of chromophil cells of the adenohypophysis. 

 Am. J. Path., 30,891-899. 



WisLocKi, G.B. 1929. The hypophysis of the por- 

 poise {Tursiops truncates). Arch. Surg., 18, 

 1403-1412. 



WisLOCKi, G. B. 1939. Note on the hypophysis of 

 an adult Indian elephant. Anat. Rec, 74, 321- 

 328. 



Wi.sLocKi, G. B., AND Ceiling, E. M. K. 1936. 

 The anatomv of the hypophysis of whales. 

 Anat. Rec, 66, 17-41. 



Wolfe, J. M. 1935. The normal level of the var- 

 ious cell ty])es in the anterior pituitaries of ma- 

 ture and immature female rats and further ob- 

 servations of cvclic changes. Anat. Rec, 61, 

 321-330. 



Wolfe, J. M. 1941. I'lftVcts of testosterone pro- 

 l)ionate on the structure of the anterior pitui- 

 taries of old male lats. Endocrinology. 29, 969- 

 974. 



Wolfe, J. M. 1943. The effects of atlvancing age 

 on the structure of the anterior hypo{)hysis and 

 ovaries of female rats. Am. J. Anat., 72, 361- 

 383. 



Wolfe, J. M., and Brown, A. D. 1942. Action of 

 diethylstilbestrol on cytological cli^n.icf eristics 

 of anterior pituitaries of female iai>. tuti'ilier 

 with certain observations on the effect (if castra- 

 tion. Endocrinology, 31, 467-478. 



Wolfe, J. M., and Cleveland, R. 1933a. Cyclic 



