5IO INANITION AND MALNUTRITION 



Graff, E. und Novak, J. 1921. Regressive Drusenveranderungen der Corpusschleimhaut 

 bei Kriegsamenorrhoe. Ztschr. f. Gyn., 83: 502-510. 5 Fig. (Cf. also ibid., pp. 289-312.) 

 400. 



Grandis, V. 1889. La spermatogenese durante l'inanizione. Atti R. Accad. dei Lincei, 

 vol. 5, fasc. 8-9. (Cited by Traina '04.) 406. 



. 1889a. La spermatogenese durant l'inanition. Arch. ital. de biol., 12: 



214-222; 680-682. 406. 



Grassi. (Cited by Emery '94.) 60. 



Grawitz, E. 1895. Untersuchungen iiber den Einfluss ungeniigender Ernahrung auf die 

 Zusammensetzung des menschlichen Blutes. Berl. klin. Wchnschr., No. 48, pp. 1047-1052. 

 240, 242. 



. 1896. Klinische Pathologie des Blutes. Berl., 333 pp. 



Green, H. H. 1916. Dietetic deficiency. S. Afr. J Sc, 12: 289-ff. (Cited by Funk 

 '22.) 



■ — ■ — • — — W. R. 1919. Studies in the life cycle of Simocephalus vetulus. Biol. Bull., 

 37:49-95. 29,58. 



Greene, C. W. 1910. An experimental determination of the speed of migration of salmon 

 in the Columbia River. J. Exp. Zool., 9: 579-591. 2 figs. 77, 310, 397, 412. 



. 191 2. The storage of fat in the salmon muscular tissue and its resorption 



during the migration fast. Proc. Am. Soc. Biol. Chem., 2: 52-54; J. Biol'. Chem., n: xviii-xx. 

 77, 168. 



. 1912a. A new type of fat-storing muscle in the salmon, Oncorynchus Tschawy- 



tscha. Am. J. Anat., 13: 175-181. 1 pi. 168. 



. 1913. An undescribed longitudinal differentiation of the great lateral muscle 



of the king salmon. Anat. Rec, 7: 99-101. 164, 168. 



— — ■ — — . 1918. The composition of the ovaries of the salmon during migration. J. 

 Biol. Chem., $$: xiii. 164. 



. 1919. Biochemical changes in the muscle tissue of king salmon during the 



fast of spawning migration. J. Biol. Chem., 39: 435-456. 164, 168. 



& Greene, C. H. 1914. The skeletal musculature of the king salmon. Bui. 



Bureau of Fisheries, Washington, 33 (1913): 21-59. 2 pi- I 68. 



& Skaer, W. F. 1913. Evidences of fat absorption by the mucosa of the 



mammalian stomach. Am. J. Physiol., 32: 358-368. 307. 



& Summers, W. S. 1916. The fat and lipase content in the blood in relation 



to fat feeding and to fasting. Am. J. Physiol., 40: 146-147. 241. 



Greenwood, M. 1888. On digestion in Hydra. J. Physiol., 9: 317-344. 2 pi. 35, 38. 



Gregor, A. 1907. Beitrage zur Kenntnis der pellagrosen Geistesstorungen. Jahresb. 

 f. Psychiatr., 28: 215-309. (Cited by Raubitschek '15 and Harris '19.) 



Greig, E. D. W. 191 1. Epidemic dropsy in Calcutta. Scientif. Mem. Med. Off. Gov't. 

 Print. India, No. 45, 47 pp. Also ibid., 191 2, 2 E. 49. (Cited by McCarrison '21.) 



Gribbon, M. R. & Ferguson, M. I. H. 1921. Nutrition in Vienna. Lancet, 200:474-477. 



84. 



. Paton, D. N. et al. 1921. Nutrition in Vienna. II. Lancet, No. 5119, Oct. 



8,2:747. 84. 



Grieves, C. J. 1922. The effect of defective diets on teeth. The relation of calcium, 

 phosphorus and organic factors to caries-like and attaching-tissue defects. J. Am. M. A., 79: 

 IS67-I573- 6 figs. 159. 



Griffini, L. 1870. Studio della cute dei pellagrosi etc. Giron. ital. d. mal. ven. ed d. 

 pelle, 5: 344-348. 130. 



Groll, S. 1887. Untersuchungen iiber den Hamoglobingehalt des Blutes bei vollstandiger 

 Inanition. Dissert., Konigsberg, 29 pp. (Cited by Bardier '13.) 250. 



Gruber, A. 1886. Beitrage zur Kenntniss der Physiologie und Biologie der Protozoen. 

 Bericht d. naturforsch. Ges. zu Freiburg i. B., 1: 18-21. (Cited by Maupas '88.) 19. 



. 191 1. Experimented Untersuchungen an Amoeba proteus. Sitzungsber. d. 



Ges. f. Morph. u. Physiol., Miinchen, 27: 1-15. 18. 



