BIBLIOGRAPHY 553 



— : Relationship between electric mobility, charge and titration of 

 proteins, Jour. Gen. Physiol., 15: 575 (1932). 



' Electrokinetic Phenomena and Their Application to Biology and 



Medicine," New York, 1934. 

 Blinks, L. R. : Migration of anthocyan pigment, Proc. Soc. Exp. Biol. 



Med., 29: 1186 (1932). 

 Dan, K. : Electrokinetic studies of marine ova, /. Cell. Comp. Physiol., 



3: 477 (1933). 

 Freundlich, H., et al.: Das elektrokinetische und das thermodynamische 



Potential, Zeit. f. Physik. Che?n., 116: 401 (1925). 

 GouY, A.: Sur la constitution de la charge electrique a la surface d'un 



electrolyte. Jour, de Phys., ser. 4, 457 (1910). 

 MoYER, L. S. : Species relationships in Euphorbia as shown by the electro- 

 phoresis of latex. Am. J. Bot., 21: 293 (1934). 

 : Electrophoresis of latex and chromosome numbers, Bot. Gaz., 95: 



678 (1934). 

 : The surface composition of latex particles. Am. Jour. Bot., 22: 



609 (1935). 

 MuDD, S. : Agglutination, Cold Spring Harbor Sym., 1: 65 (1933). 

 : Phagocytosis, Cold Spring Harbor Sym., 1: 77 (1933). 



et al.: Zeta potential and suspension stability in bacteria, Jour. 



Gen. Physiol, (1935). 



et al.: The surfaces of living cells, and phagocytosis. Coll. Sym. 



Mono., 6: 131 (1928). 



MtJLLER, H.: The diffuse double layer. Cold Spring Harbor Sym. Quant. 

 Biol, 1, 1 (1933). 



Northrop, J. H.: The flocculation and stability of colloidal suspensions, 

 "Colloidal Behavior" (ed., R. H. Bogue), Vol. I, p. 70, New York, 1924. 



: The mechanism of agglutination, "Newer Knowledge of Bacteriol- 

 ogy and Immunology" (ed., Jordan and Faulk), p. 781, Chicago, 1928. 



et al: The stability of bacterial suspensions. Jour. Gen. Physiol, 



4: 639, 655 (1921); 5: 127 (1922). 



et al: The agglutination of red blood cells. Jour. Gen. Physiol, 6: 



603 (1924). 



Stern, K.: Elektroosmotische Erscheinungen, Zeit. Bot., 11: 561 (1919). 

 Thompson, R. L. : Electrophoresis of pneumococci, Am. Jour. Hyg., 15: 712 



(1932). 

 Todd, C: Electrical behaviour of bacteriophage, Brit. Jour. Exp. Path., 8: 



369 (1927). 

 Wartman, W. B., et al: Amoeboid movement of leucocytes, Proc. Soc. Exp. 



Biol Med., 31: 138 (1933). 

 WiNSLow, C. E. A., et al: The alkaline iso potential point of the bacterial 



cell, Jour. Gen. Physiol, 6: 697 (1924). 



XX. RADIANT ENERGY 



Physical-chemical (Nonliving) Systems 



Bohr, N.: "The Theory of Spectra and Atomic Constitution," Cambridge, 

 1922. 



