INDEX OF AUTHORS 



921 



Senator, 693* 



Senter, 62*, 63 



Seo, uric acid, 673 



Sertoli, blood gases, 806 



Sestini, L., uric acid, 664 



Sestini, F., uric acid, 664 



Setschenow, blood gases, 802, 804, 806 



Sezelkow, blood gases, 802 



Shepherd, hippuric acid, 684 



Sherer, inosite test, 552 



Shiile, gastric juice, 440 



Shur, uric acid, 665 



Siau, isomaltose in blood serum, 257; 

 phlorhizin action on kidney, 379 



Sieber, N., hydrolytic cleavage, 78; gly- 

 colysis, 79*, 258; diabetes, 273*, 283; 

 haemin, 285, 286; ha3matoporphyrin, 

 287, 288; bile pigments, 418; gastric 

 juice, 441, 442; pepsin, 443; pepsin 

 digestion, 452; action of gastric juice 

 on toxalbumins, 461; putrefaction in 

 intestines, 490; human milk, 630; 

 urorosein, 697*, 703; urobilinoids ; 

 705; fate of metanitrobenzaldehyde in 

 the body, 741; hippomelanin, 793; 

 reducing property of the lungs, 820, 

 821* 



Siedentopf, colloids, 40 



Siegert, human fat, 533 



Siegfried, hydrolytic cleavage, 80; kyrin, 

 glutokyrin, protokyrins, caseinokyrin, 

 136; glutamic acid, 145; amino-acids, 

 160*, 162; .protein cleavage, 163; re- 

 ticulin, 120, 121; peptone cleavage 

 products, 135; antipeptone, 131; pro- 

 teoses, 132; pseudohaemoglobin, 276; 

 reticulin, 364*, 519; nucleon, 550; 

 sarcolactic acid, 556; phosphocarnic 

 acid, 550, 564; muscle energy, 565*, 

 569; milk, 620; human milk, 629, 806 



von Siewert, haemin, 286 



Sikes, human milk, 630 



Silbergleit, glycosuria, 384 



Silbermann, isoserine, 144; oxyamino- 

 succinic acid, 146; bile pigments, 419 



Simacek, 555, 386* 



Simon, ptyalin, 432; proteoses and pep- 

 tones in lungs, 625*, 821 



Simon, O., pus cells, 18*, 346 



de Sinety, lactose in urine, 768 



Sive"n, uric acid, 665, 667; purine bases, 

 676; protein metabolism, 844; nitrog- 

 enous equilibrium, 858, 875 



Siwertzow, lecithin, 235 



Sjoqvist, pepsin, 63; proteins, 94; deter- 

 mining activity of gastric juice, 137*; 

 - 465; urine nitrogen, 646, 652* 



Skita, serine, 143 



Skraup, proteins, 77*, 78; hydrolytic 

 cleavage, 80; glutinic acid, 118; casein- 

 okyrin, 136; glutamic acid, 145; oxy- 

 aminosuccinic acid, 146; dioxydiami- 

 nosuberic acid, 161 



Slator, 200* 



Slavu, ^-adrenalin, 358 



Slosse, urea elimination, 651 



Slowtzoff, pentoses, 201; metals in liver, 

 367; semen analysis, 589; paracresin, 

 618, 826*, 868* 



van Slyke, D., casein, 615, 616* 



van Slyke, L., casein, 615, 616* 



Smale, uric acid, 672 



Smirnow, fate of metanitrobenzaldehyde 

 in the body, 741 



Smith, ptyalin, 432; saliva, 433; per- 

 spiration, 798, 799; oxygen tension in 

 blood, 812 



Smith, Herbert, bone cells, 526 



Smith, Lorraine, quantity of blood, 325 



Smith, W., sulphur in urine, 714; oxida- 

 tion of sulphur in the body, 736 



Smolenski, sugar reaction, 769 



Socin, 375* 



Socoloff, 412* 



Soetber, phosphates in urine, 724 



Soldner, casein, 614*, 016, 617; mineral 

 bodies in milk, determining proteins 

 in milk, 623; determining lactose in 

 milk, 624; mineral bodies of milk, 625; 

 human milk analysis, 629; human milk, 

 630, 631, 633 



Solera, saliva, 431 



Solley, gelatin, 117*, 119 



Sollmann, T., muscle plasma, 329*, 415*, 

 539*, 540; muscle proteins, 544 



Solomon, lactic acid in blood, 318, 649*, 

 680* 



Sommer, 363* 



Sommerfeld, mucin in bile, 413; gastric 

 juice, 441 



Sonden, determining respiratory gas 

 exchange, 479*, 820; metabolism in old 

 and young, 866, 867 ; metabolism during 

 sleep, 878 



Sorby, oorodein, oocyan, 604 



Sorensen, glycocoll, 138; phenylalanine, 

 150; proline, 152; ornithine, 159; 

 protein hydrolysis, 162; amino-acids 

 in urine, 718 



Soulie, adrenalin, 359 



Sourdat, human milk, 631 



Southgate, trypsin digestion, 483 



Soxhlet, preparing dextrose, 209; gaiac- 

 tose, 210; maltose, 219; fat formation, 

 537; milk plasma, 614; casein, 617; 

 milk fat formation, 636; sugar test, 

 764 



Spampani, milk fat formation, 636 



Spangaro, blood coagulation, 242 



Speck, determining respiratory gas ex- 

 change, 820 ; influence of work on me- 

 tabolism, 868; influence of light and 

 external temperature on metabolism, 

 870 



Spiegler, proteid test, 746; melanin, 793, 

 794; results of lack of water, 842 



Spiro, colloids, 46, 51; gelatin solutions, 

 52; enzymes, 64; proteids, 94; proteid 

 test, 101; gelatin, 118; glycocoll, 138; 

 amino-sugars, 213; serglobulins, 251; 



