HISTOCHEMISTRY OF PLACENTA 



953 



Grafenberg, E. 1909b. Beitrage zur Physiologie 

 der Eieinbettung. Ztschr. Gebuitsh. Gynak., 

 65, 1-35. 



Green, H., .and Meyerhof, 0. 1952. Synthetic 

 action of pliosphatase. III. Transphosphoryla- 

 tion with intestinal and semen phosphatase. J. 

 Biol. Chem., 197, 347-364. 



Grosser, O. 1909. Vergleichende Anatomie und 

 Entwicklungsgeschichte der Eihdute und der 

 Placenta. Wien-Leipzig : W. Braumiiller. 



Grosser. 0. 1925a. tJber Fibrin und Fibrinoid in 

 der Placenta. Ztschr. Anat., 76, 304-319. 



Grosser, 0. 1925b. Entwicklungsgeschichte des 

 Menschen von der Keimzelle bis zur Ausbil- 

 dung der iiusseren Korperform unter Beriick- 

 sichtigung ihrer vergleichend-entwicklungsge- 

 schichtlichen Grundlagen. Vergleichende und 

 menschliche Placentationslehre. In Biologie 

 und Patholugie des Weibes, J. Halban and L. 

 Seitz, Eds., Vol. 6, p. 1. Berhn: Urban and 

 Schwarzenberg. 



Grosser, 0. 1948. Gnindis der Entwicklungsge- 

 schichte des Menschen. Berlin: Springer-Ver- 

 lag. 



H.AMiLTON, W. J., AND BoYD, J. D. 1951. Observa- 

 tions on the human placenta. Proc. Roy. Soc. 

 Med., 44, 489. 



Hamilton, W. J., and Boyd, J. D. 1960. Devel- 

 opment of the human jilacenta in the first 

 three months of gestation. J. Anat., 94, 297- 

 328. 



Hamilton, W. J., Boyd, J. D., and Mossman, H. W. 

 1952. Human Embryology, 2nd Ed. Balti- 

 more : The WiUiams & Wilkins Company. 



Hard, W. L. 1946. A histochemical and quantita- 

 tive study of phosphatase in the placenta and 

 fetal membranes of the guinea pig. Am. J. 

 Anat., 78, 47-77. 



Hellman, L. M., Flexner, L. B., Wilde, W. W., 

 VosBURGH, G. J., AND Proctor, N. K. 1948. 

 The permeability of the human placenta to 

 water and the supply of water to the human 

 foetus as determined with deuterium oxide. 

 Am. J. Obst. & Gynec. 56, 861-868. 



Herman, E., and Deane, H. W. 1953. A compari- 

 son of the localization of alkaline glycero- 

 phosphatase, as demonstrated by the Gomori- 

 Takamatsu method, in frozen and in paraffin 

 sections. J. Cell Comp. Physiol., 41, 201-224. 



Hertig, a. T., and Rock, J. 1941. Two human 

 ova of the previllous stage, having an ovulation 

 age of about 11 and 12 days respectively. Contr. 

 Embryol., Carnegie Inst. Washington, 29, 127- 

 156. 



Hertig, A. T., and Rock, J. 1945. Two human 

 ova of the previllous stage, having a develop- 

 mental age of about 7 and 9 days respectively. 

 Contr. Embryol., Carnegie Inst. Washington, 

 31, 65-94. 



Hertig, A. T., Rock, J., .and Adams, E. C. 1956. A 

 description of 34 human ova within the first 17 

 days of development. Am. J. Anat., 98, 435- 

 494. 



Hill, J. P. 1932. The developmental history of 

 the primates (Croonian Lecture). Philos. Tr. 

 Roy. Soc, London, 221, 45-178. 



HoFBAUER, J. 1905. Grundzuge einer Biologie der 



mcnschlichcn Plazenta. Wien-Leipzig: W. 

 Braumiiller. 



HoFBAUER, J. 1925. The function of the Hofbauer 

 cells of the chorionic villus particularly in re- 

 lation to acute infection and svphilis. Am. J. 

 Obst. & Gynec, 10, 1-14. 



HoLZAEPFEL, J. H., AND Barnes, A. C. 1947. Pla- 

 cental metabohsm of vitamin C. II. Histo- 

 chemical analysis. Am. J. Obst. & Gvnec, 53, 

 864-868. 



HoTCHKiss, R. D. 1948. A microchemical reac- 

 tion resulting in the staining of polysaccharide 

 structures in fixed tissue preparations. Arch. 

 Biochem., 16, 131-141. 



Huggett, a. St. G. 1944. Influence of diet on 

 pregnancy. I. The role of the placenta in foe- 

 tal nutrition. Proc Nutrition Soc, 1, 227-237. 



Huggett, A. St. G., and H.ammond, J. 1952. Physi- 

 ology of the placenta. In Marshall's Physiology 

 of Reproduction, 3rd ed., A. S. Parkes, Ed., 

 pp. 312-397. New York: Longmans, Green 

 and Company. 



Irving, F. C, AND Hertig, A. T. 1937. A study of 

 placenta accreta. Surg. Gvnec. & Obst., 64, 178- 

 200. 



Jones, G. E., Gey, G. O., and Gey, M. K. 1943. 

 Hormone production by placental cells main- 

 tained in continuous culture. Bull. Johns Hop- 

 kins Hosp., 72, 26-38. 



K.arnovsky, M. L., and Deane, H. W. 1954. Al- 

 terations of adrenal cortical lipides by formalin 

 fixation as determined chemically and histo- 

 chemically. J. Histochem. (Abstr.), 2, 478. 



Karnovsky, M. L., and Deane, H. W. 1955. Alde- 

 hyde formation in the lipide droplets of the 

 adrenal cortex during fixation, as demonstrated 

 chemically and histochemically. J. Histochem., 

 3, 85-102. 



Krehbiel, R. H. 1937. Cytological studies of the 

 decidual reaction in tlie rat during early preg- 

 nancy and in the production of deciduomata. 

 Physiol. ZooL, 10, 212-234. 



Kuttner, a., and R.atner, B. 1923. The impor- 

 tance of colostrum to the newborn infant. Am. 

 J. Dis. Child., 25, 413-434. 



Leblond, C. p. 1950. Distribution of periodic 

 acid-reacti\'e carbohydrates in the adult rat. 

 Am. J. Anat., 86, 1-49. 



Leduc, E. H., and Dempsey, E. W. 1951. Activa- 

 tion and diffusion as factors influencing the re- 

 liability of the histochemical method for alka- 

 line phosphatase. J. Anat., 85, 305-314. 



Lehner, J. 1914. Dottersack der weLssen Maus. 

 Anat. Anz., 46, 182-186. 



Lell, W. a.. Liber, K. E., .and Snyder, F. F. 1932. 

 Quantitative study of placental transmission 

 and the permeability of foetal membranes at 

 ^'arious stages of pregnancy. Am. J. Physiol., 

 100,21-31. 



Levy, H., Deane, H. W., and Rubin, B. L. 1959. 

 Visualization of steroid-3/3-ol dehydrogenase 

 activity in tissues of intact and hypophysec- 

 tomized rats. Endocrinology, 65, 932-943. 



Lewis, W. H. 1924. Hofbauer cells (clasmato- 

 cytes) of the human chorionic villus. Bull. 

 Johns Hopkins Hosp., 35, 183-185. 



