INDEX OF AUTHORS 



925 



Vogelius, glycogen, 369 



Vogelsohn, enzymes, 15 



Voges, urine nitrogen, 646 



Vohl, inosite fermentation, 551 



Voirin, homogentisic acid, 698 



Voit, antiputrid action of bile, 495; in- 

 fluence of fat on protein digestion, 496; 

 feces, 498; protein assimilation, 499*, 

 502; lactase formation, 509; fat absorp- 

 tion, 514, 534; muscle work, 562*, 565, 

 568; phosphates in urine, 571*, 651*, 

 723; lactose in urine, 768*, 769; metab- 

 olism, 823; nitrogen equilibrium, 825; 

 tissue loss in starvation, 839, 840; 

 mineral bodies in tissue, 842*, 843; 

 meat metabolism, 848; fat metabolism, 

 849; protein catabolism, tissue pro- 

 teins, circulating proteins, 850; pro- 

 tein destruction, 851 ; gelatin as protein 

 sparer, 853; nutritive value of anti- 

 peptone, 854; effect of water on metab- 

 olism, 862; influence of work on 

 metabolism, 868; influence of tem- 

 perature on metabolism, 870; effect 

 of food ingestion on metabolism, 871; 

 daily average adult diet, 874; daily 

 protein requirement, 875-880 



Voit, C., glycogen, 369; glycogen for- 

 mation, 372, 374; results of absence of 

 proteins from food, 375*, 846, 867* 



Voit, E., glycogen formation, 374; bone 

 analysis, 375*, 529; bone, 530; fat 

 formation, 535, 536, 537; oxygen heat 

 value, 832 ; heat of combustion of foods, 

 835; protein metabolism during starva- 

 tion, 837; decomposition of fat during 

 starvation, 838; fat as protein sparer, 

 855*, 856; catabolism limits, 858; flesh 

 deposition, 859; metabolism, 865 



Voit, Fr., glycogen formers, 210*, 375; 

 acetone elimination, 773 



Voitinovici, ichthylepidin, 106*, 114*, 121 



Volhard, F., gastric lipase, 452; pepsin 

 test, 446; estimating purine bases, 679; 

 determining chlorine in urine, 721 



Volkmann, mineral content of tissues, 842 



Voltz, milk fat-globules, 613, 855* 



van Voornveld, 323* 



Vossius, bile pigments, 417 



Voswinckel, carminic acid, 795 



Vozarik, urine, 641, 643 



Vulpian, adrenal chromogen, 357; bile 

 acids, 416 



de Vries, semipermeable membranes, 27; 

 plasmolysis, 30, 31 



Waage, calalysis, 53 



Wachsmann, amylopsin, 478; pericardial 



fluid, 338 



deWaele, milk enzyme, 621 

 Wagner, muscle extractives, 546; carnine, 



548; estimating sugar, 767 

 Wahlgren, bile mucin, 395; glycocholic 



acid, 399; bile, 415 

 Wait, muscle work, 566 



Wakeman, liver in phosphorus poison- 

 ing, 365 



Walbum, enzymes, 59; antibodies, 69; 

 estimating proteid, 750 



Waldvogel, acetonuria, 774 



Walker, adsorption, 48, 49 



Wallace, polypeptides, 89 



Walter, ichthulin, 170, 598; urea, 649; 

 blood gases, 802, 807 



Walther, passage of fats into chylous 

 vessels, 513; pancreatic juice, 471 



von Walther, 512* 



Walton, 55* 



Wanach, blood corpuscles, 293 



Wang, indican, 694, 695* 



Wanklyn, 614* 



Wanner, proteoses and peptones in lungs, 

 821 



Warburg, leucine, 141 



Warmbold, 614* 



Warren, muscle reaction, 563, 564* 



Washbutski, putrefaction in intestine, 497 



Wassermann, precipitines in blood, 259 



Wassiliew, quantity of pancreatic secre- 

 tion, 476 



Waymouth, sugar absorption, 509 



Weber, S., muscle work, 565; creatinine, 

 659, 660; mineral bodies of egg white, 

 604 



Weber, O., bone, 530 



Wechselmann, indolacetic acid, 696 



Wedenski, carbohydrates in urine, 711 



Weidel, xanthine reaction, 185; carnine, 

 548 



Weigert, lysine, 160; lipolysis, 259 



Weil, carbon-monoxide methsemoglobin, 

 279 



Weinland, glycogen, 369; glycogen for- 

 mation, 375; sugar formation from 

 protein, 390; antipepsin, 443; auto- 

 digestion, antipepsin, 462; lactase in 

 intestinal juice, 467; antienzymes in 

 intestinal juice, 468; lactase formation 

 in intestine, 473; lactase formation, 

 509; fat formation, 535 



Weintraub, determining acidity of gas- 

 tric juice, 465; 652*, 723* 



Weintraub, respiratory quotient in dia- 

 betes, 382; glycogen, 383 



Weisbach, brain composition, 581 



Weiser, St., glycerin in blood serum, 256 



Weisgerber, carbon dioxide tension in 

 blood, 816 



Weiske, bone, 489*, 529*, 530, 855* 



Weiss, protamines, 109; glycogen for- 

 mation, 297*, 372, 374; trypsin estima- 

 tion, 482; glycogen in muscles, 563; 

 hippuric acid, 684, 685 



Weissberg, animal oxidations, 6 



Wellmann, elimination of phorphorus in 

 starvation, 839 



Wells, liver autolysis, 365 



Wendel, leucine, 141, 142 



von Wendt, sulphur excretion, 826; in- 

 fluence of phosphates, 846 



