INDEX OF AUTHORS 



915 



Pfleiderer, digestion, 446*, 447 



Pfliiger, animal oxidases, 3; living pro- 

 teins, 4; carbon dioxide in lymph, 328; 

 liver, 360; glycogen, 369, 370; glycogen 

 estimation, 371; glycogen formation, 

 372, 373, 374; pancreas diabetes, 383; 

 glycosuria, 384; internal secretion in 

 pancreas, 385; sugar formation from 

 fat, 388*, 391; chorda-saliva, 427; 

 action of bile on fatty acids, 489; fat 

 absorption, 512; importance of bile, 

 soaps and alkali carbonates, 513; 

 cartilage, 524; fat formation, 534, 535, 

 536; rigor mortis, 561; metabolism in 

 muscles, 562; muscle reaction, 563; 

 protein metabolism, 566; muscle work, 

 568; gases of milk, 625; urine nitrogen, 

 646; estimating urea, 655; sugar 

 estimation, 759*, 761*, 765; blood 

 gases, 801, 802, 805; lymph gases, 807; 

 animal oxidations, 808; carbon dioxide 

 tension in blood, 814, 815, 816, 817; 

 quantity of oxygen in blood, 818; res- 

 piratory gas exchange, 819; nitrogen- 

 carbon relation, 827 ; results of absence 

 of fat from food, 847; protein metab- 

 olism, 849; nutritive requirements, 

 850; metabolism, 851; influence of 

 external temperature on metabolism, 

 871; protein metabolism, 875 



Pfliiger-Nerking, glycogen, 371 



Phisalix, bufonin, bufotenin, 797 



Picard, urea in vitreous humor, 586 



Piccard, 109* 



Piccolo, haematoidin, 290 ; lutein, 592 



Pick, proteoses, 130, 132; glucoproteose, 

 protoproteose, 133; separating pro- 

 teoses and peptones, 137; serglobulins, 

 251; protozym as a cause of coagu- 

 lation, 311; glycogen, 377; adrenalin 

 glycosuria, 385; blood coagulation, 475 



Pick, A., 446* 



Pickering, intravascular coagulation, 85*, 

 310 



Pickhardt, cartilage, 337*, 525 



Picton, colloids, 44; colloidal precipita- 

 tion, 47 



Pierallini, fate of oxalates in body, 733 



Pierce, action of NaFl on enzymotic 

 cleavage, 74 



Piettre, stromata, oxyhaemoglobin, 267; 

 haemin, 285 



Pigeand, transudates, 336 



Piloty, glucuronic acid, 215, 713; haBmatin. 

 284 



Pilz, O., protokyrins, 136 



Pilzecker, bile, 415 



Pimenow, 438* 



Pincussohn, colloids, 45 



Pineles, adrenalin glycosuria, 385 



Pinkus, putrefactive products, 81; oval- 

 bumin, 94*, 602, 603 



Piontkowski, gastric juice, 439 



Piria, tyrosine test, 151 



Planer, gases of stomach, 461 



Plaut, r-alanine in urine, 717 



Plattner, crystallized bile, 396 



Playfair, 874 



Plimmer, nucleoproteins, 171; lactase 

 formation in intestine, 473; ovovitellin, 

 597; casein, 598*, 619 



Plosz, blood corpuscles, 267; liver pro- 

 teins, 361, 362; uromelanins, urorubrin, 

 703; proteid in urine, 744; nutritive 

 value of proteoses and peptones, 854 



Poda, 499*, 826* 



Poduschka, uric acid, 670; allantoin, 682 



Poehl, putrefaction, 495; spermine, 590 



Pohl, oxidases, 11; serglobulin, 223*, 253; 

 liver "organ plasma," 361; urea, 649; 

 uric acid, 670; allantoin, 682; fate of 

 oxalic acid in the body, 733; fate of 

 succinic and malic acids in body, 734, 

 fate of benzene derivatives in the body, 

 737; estimating globulins and albu- 

 mins, 750 



Poleck, mineral bodies of yolk, 600; 

 mineral bodies of egg white, 604 



Polimanti, fat formation, 534 



Politis, 855* 



Pollak, glutinase, 481; elimination of 

 sulphocyanide in urine, 735 



Pollitzer, nutritive value of proteoses, 854 



Polowzowa, rapidity of digestion, 457; 

 cleavage of starch, dextrins, and disac- 

 charides, 492 



Pommerehne, creatinine, 658 



Ponfick, quantity of blood, 325, 326* 



Ponomarew, secretion of Brunner's glands, 

 465 



Pons, chondroitinsulphuric acid in urine, 

 717 



Popel, 321* 



Popielski, protozym as a cause of coagu- 

 lation, 311; parotid saliva, 429; saliva, 

 430; enterokinase, 472; pancreatic 

 juice excitants, secretin, vasodilation, 

 475 



Popper, H., pancreatic secretion, 471 ; 

 pancreatic rennin, 487; tests for bile 

 pigments, 757 



Popowsky, tryptophane, 154, 155* 



Porcher, indican elimination, 637*, 691*, 

 692; indols, 693; indican, 694; indoxyl- 

 sulphuric acid, 695; skatol red, 696; 

 uroerythrin, 710; fate of phthalic acid 

 in the body, 737 



Porges, serglobulins, 251 



Porteret, glycogen formation, 372 



Portier, lactase formation, 386*, 509 



Posner, mucin, 166, 167; pepsin-hydro- 

 chloric acid digestion, 449; protagon, 

 577; semen constituents, 589; proteid 

 in urine, 590*, 744 



Posselt, 122* 



Posternak, musculamine, 550; phytin, 551 



Pottevin, mono- and triolein synthesis, 

 65; splitting of fats, 219*, 227; pan- 

 creas action, 479 



Pouchet, carmine, 548; purine bases, 676; 



