1919] 



DODGE — TYROSINASE REACTION 91 



•, ('10a). The fate of inactive tyrosine in the animal body together with 



_ _ _ _ a ^ a A A Aft 



some observations upon the detection of tyrosine and its derivatives in the 

 urine. The synthesis and probable mode of formation of Blendermann's 

 para-hydroxybenzylhydantoin. Ibid. 25-33. 1910. 



• , ('11 ). The chemical nature of alcaptonuria. Ibid. 9: 151-160. 1911. 



, ('12). Oxidations and reductions in the animal body. 135 pp. London, 



1912. 



Duggar, B. M., and Dodge, C. W. ('19). The use of the colorimeter in the indi- 

 cator method of H ion determination with biological fluids. Ann. Mo. Bot. 

 Gard. 6 : 61-70. /. 1. 1919. 



Folin, O., and Bell, R. D. ('17). Applications of a new reagent for the separa- 

 tion of ammonia. I. The colorimetric determination of ammonia in urine. 

 Jour. Biol. Chem. 29: 329-335. 1917. 



, and Denis, W. ('16). Nitrogen determinations by direct Nesslerization. 



I. Total nitrogen in urine. Ibid. 26: 473-489. 1916. 



Folpmers, F. ('16). Tyrosinase, een mengsel van twee enzymen. Chem. Week- 

 blad 13: 1282-1289. 1916. [Probably translated as Tyrosinase, ein Gemenge 

 von zwei Enzymen. Biochem. Zeitschr. 79: 180-191. 1916. (Physiol. Abs. 2: 

 702. 1918) but the translation not seen.] 



Fromherz, K., und Hermanns, L. ('14). Uber den Abbau der aromatischen 

 Aminosauren in Tierkorper nach Versuchen am Normalen und am Alkapto- 

 nuriker. Zeitschr. f. physiol. Chem. 91: 194-229. 1914. 



von Furth, O., und Jerusalem, E. ('07). Zur Kenntniss der melanotischen Pig- 

 mente und der fermentativen Melaninbildung. Hofmeister's Beitr. z. chem. 

 Physiol, u. Path. 10: 131-173. 1907. 



-, und Schneider, H. ('01). Uber tierische Tyrosinase und ihre Bezie- 



hungen zur Pigmentbildung. Ibid. 1 : 229-242. 1901. 



Homer, A. ('17). Note on the use of indicators for the colorimetric determina- 

 tion of hydrogen ion concentration of sera. Biochem. Jour. 11: 283-291. 1917. 



Kanitz, A. ('07). Die Affinitatskonstanten des Tyrosins und des Phenylalanins. 

 Archiv f. gesam. Physiol. 118: 539-546. 1907. 



Kastle, J. H. ('10). The oxidases and other oxygen-catalysts concerned in bio- 

 logical oxidations. U. S. Treas. Dept., Pub. Health and Marine Hosp. Serv., 

 Hyg. Lab. Bui. 59: 1-161. 1910. 



Kober, P. A. ('17). An improved nephelometer-colorimeter. Jour. Biol. Chem. 

 29: 155-168. f. 1-9. 1917. 



Kotake, Y. ('18). The formation of oxyphenyllactic acid in the animal organism 

 and its relation to tyrosine catabolism. Ibid. 35: 319-331. 1918. 



Lusk, G. ('17). Elements of the science of nutrition. 3d ed. pp. 1-641. Phila- 

 delphia, 1917. [See pp. 177-182, 195-198.] 



Macaire, J. (1824). MSmoire sur les bolets bleuissans. Soc. Phys. et d'Hist. Nat. 

 Genfcve, MSm. 2 a : 115-123. 1824. 



McNair, J. B. ('17 ). Oxidase of Rhus diversiloba. Jour. Infect. Dis. 20: 485- 

 498. 1917. 



Pallas, P. S. (1771). Reise durch verschiedene Provinzen des russischen Reichs. 

 1: 44-45. St. Petersburg, 1771. [For translation see Gauthier de la Peyronie, 



Voyage 



Lagrange 1788. 1: 66-67 



