778 



INDEX 



E 



Eggerth, Arnold H., and Bellows, 

 Margaret. The flocculation of 

 bacteria by proteins, 669 



Failla, Gioacchino. See Sugiura 

 and Failla, 423 



Falk, K. George. See McGuire 

 and Falk, 437 



Fenn, Wallace O. The temper- 

 ature coefficient of phagocytosis, 



331 



— . The theoretical response of 

 living cells to contact with solid 

 bodies, 373 



Garrey, Walter E. The relation of 

 respiration to rhythm in the 

 cardiac ganglion of Limulus 

 Polyphemus, 149 



H 



Harvey, E. Newton. Studies on 

 bioluminescence. XIV. The spec- 

 ificity of luciferin and luciferase, 



285 



Hecht, Selig. The nature of foveal 

 dark adaptation, 113 



Hitchcock, David I. The colloidal 

 behavior of edestin, 597 



— . The combination of gelatin 

 with hydrochloric acid, 733 



Hollenberg, M. S. See Cameron 

 and Hollenberg, 411 



Hussey, Raymond G. The influ- 

 ence of x-rays on the properties 

 of blood, 511 



Inman, O. L. Comparative studies 

 on respiration. XX. The cause 

 of partial recovery, 



171 



Livingston, Marguerite B. See 



Macht and Livingston, 573 



Loeb, Jacques. Donnan equilib- 

 rium and the physical properties 

 of proteins. IV. Viscosity — 

 continued, 73 



— . Electrical charges of colloidal 

 particles and anomalous osmosis. 

 I, 463 



— . II. Influence of the radius of 

 the ion, 621 



— . The elimination of discrep- 

 ancies between observed and cal- 

 culated p.D. of protein solutions 

 near the isoelectric point with 

 the aid of buffer solutions, 617 



— . Ionizing influence of salts 

 with trivalent and tetravalent 

 ions on crystalline egg albumin 

 at the isoelectric point, 759 



— . The mechanism by which tri- 

 valent and tetravalent ions pro- 

 duce an electrical charge on 

 isoelectric protein, 741 



— . On the influence of aggregates 

 on the membrane potentials and 

 the osmotic pressure of protein 

 solutions, 769 



— . The origin of the electrical 

 charges of colloidal particles and 

 of living tissues, 351 



— . The origin of the potential 

 differences responsible for anom- 

 alous osmosis, 213 



— . Quantitative laws in regen- 

 eration. III. The quantitative 

 basis of polarity in regeneration, 



447 



— . The reciprocal relation between 

 the osmotic pressure and the 

 viscosity of gelatin solutions, 



97 



— and Loeb, Robert F. The 

 influence of electrolytes on the 

 solution and precipitation of 

 casein and gelatin, 187 



