Sec. 30.20] BIBLIOGRAPHY 579 



D 106 Ehrenwald, H., and E. Kolisch: Uber familiare Tieflandstruma mit Untersuch- 



ungen iiber den Deuteriumoxydgehalt eines "Kropfbrunnens," Klin. Wochnschr., 



16, 462-464 (1937). 

 D 107 Ehrlich, G., and H. Waelsch: The position of the higher fatty aldehydes in 



fatty acid metabolism of rat muscle, /. Biol. Chem., 163, 195-202 (1946). 

 D 108 Emeleus, H. J., F. W. James, A. King, T. G. Pearson, R. H. Purcell, and 



H. V. A. Briscoe: The isotopic ratio in hydrogen: a general survey by precise 



density comparisons upon water from various sources, /. Chem. Soc. for 1934, 



pp. 1207-1219, 1934. 

 D 109 Erlenmeyer, H., and F. Verzar: Hat schweres Wasser Einfluss auf physiologische 



Vorgange? Z. Biol., 97, 519-521 (1936). 

 D 110 Ewart, A. J.: The influence of heavy water on plants, Australian J. Expll. Biol. 



Med. Sci., 13, 9-15 (1935). 

 D 111 Farkas, L., and E. Fischer: On the activation of molecular hydrogen by Proteus 



vulgaris, J. Biol. Chem., 167, 787-805 (1947). 

 D 112 Farkas, L., and B. Schneidmesser: The hydrogenation of fumarate by heavy 



hydrogen in the presence of Bacillus coli, J. Biol. t Chem., 167, 807-809 (1947). 

 D 113 Fenger-Eriksen, K., A. Krogh, and H. Ussing: Micro-method for accurate 



determination of D 2 in water, Biochem. J., 30, 1264-1269 (1936). 

 D 114 Fischer, A.: Wachstum von Gewebezellen in schwerem Wasser, Proto plasma, 



26, 51-55 (1936). 

 D 115 Fishman, W. H., and M. Cohn: A comparative study of acetylation in vivo of 



phenylaminobutyric acid with />-amino-benzoic acid and sulfanilamide, J . Biol. 



Chem., 148, 619-626 (1943). 

 D 116 Flexner, L. B., A. Gellhorn, and M. Merrell: Studies on rates of exchange 



of substances between the blood and extravascular fluid. I. The exchange of 



water in the guinea pig, /. Biol. Chem., 144, 35-40 (1942). 

 D 117 Flexner, L. B., W. S. Wilde, N. K. Proctor, D. B. Cowie, G. L. Vosburgh, and 



L. M. Hellman: The estimation of extracellular and total body water in the new- 

 born human infant with radioactive sodium and deuterium, oxide, /. Pediat., 



30, 413-415 (1947). 

 D 118 Foster, G. L., A. S. Keston, D. Rittenberg, and R. Schoenheimer: Deuterium 



as an indicator in the study of intermediary metabolism. XII. The action of 



proteolytic enzymes on peptides in heavy water, /. Biol. Chem., 124, 159-161 



(1938). 

 D 119 Foster, G. L., D. Rittenberg, and R. Schoenheimer: Deuterium as an indicator 



in the study of intermediary metabolism. XIV. The biological formation of 



deuteroamino acids, /. Biol. Chem., 125, 13-22 (1938). 

 D 120 Fox, D. L.: Heavy water and metabolism, Quart. Rev. Biol., 9, 342-346 (1934). 

 D 121 Fox, D. L. : Concerning enzymic reactions in heavy water, /. Cellular and Comp. 



Physiol., 6, 405-424 (1935). 

 D 122 Fox, D. L., and R. Craig: Concerning enzymic reactions in heavy water. II. 



Deuterium and the hydrolysis of starch, Proc. Soc. Exptl. Biol. Med., 33, 266-269 



(1935). 

 D 123 Fox, D. L., E. E. Cupp, and G. F. McEwen: Low concentrations of deuterium 



oxide and the growth of marine diatoms, Proc. Soc. Exptl. Biol. Med., 34, 575-581 



(1936). 

 D 124 Fresenius, R., and W. Dick: Untersuchungen von wiesbadener Hellquellen auf 



ihren Gehalt an schwerem Wasser, Balneologe, 4, 468-475 (1937). 



