908 



INDEX OF AUTHORS 



Lockemann, 295 



Locquin, isoleucine, 143 



Loeb, J., cell life, 21*, 23; muscle exper- 

 iments, 33; artificial fertilization, 74; 

 blood coagulation, 248; influence of 

 light on metabolism, 305*, 306; min- 

 eral bodies of muscles, 558; muscle 

 work, 569; egg development, 607 



Loeb, L., action of tissue extracts, blood 

 coagulation, 307; blood corpuscles, 308 



Loeb, W., sunlight synthesis, 1 



Loebisch, bilipurpurin, 410; form ele- 

 ments, 519; proteid of mammary 

 gland, 610 



Loeschke, glycogen, 371 



Loevenhart, ' fat synthesis, 7*, 63*, 65; 

 action of NaFl on enzymotic cleavage, 

 74; steapsin, 479; fat deposition, 537 



Loew, O., active proteins,- 4; catalases, 

 7; oxidations, 8; putrefactive products, 

 77*, 81; sugar synthesis, 84*, 96*, 205 



Loewenthal, emulsifying action of fatty 

 acids, 489 



Loewi, O., protein synthesis, 379*, 391*, 

 506; urea, 648; preparing allantoin, 

 682; glucuronates, 712; metabolism, 

 723*, 826 



Loewy, A., ornithine, 159: lysine, 160; 

 alkali in blood, 296; 297*, 298: liver 

 autolysis, 323*, 365; muscle work, 566; 

 urine, 642; amino-acids in urine, 718; 

 blood gases, 780*, 802; respiration, 809, 

 810; oxygen pressure in blood, 811; 

 alveolar air, 814 ; carbon dioxide tension 

 in blood, 815; maintenance value in 

 metabolism, 831*, 841 ; combustion proc- 

 esses, 866*, 869*, 869; influence of 

 external temperature on metabolism, 

 870; effect of altitude on metabolism, 

 871 



Lohlein, trypsin estimation, 482 



Lohmann, lysine, 160; choline, 239; 

 adrenals, 357; autodigestion of pan- 

 creas, 484; methylguanidine, 663; 

 ptomaines, in urine, 718 



Lohnstein, urine, 645; estimating sugar, 

 767 



Lohrisch, cellulose and hemicellulose 

 digestion, 488, 489* 



Lombardi, 95* 



Lombroso, influence of pancreatic juice 

 on protein absorption, 508; food 

 absorption, 511*, 516 



London, rapidity of digestion, 452*, 457; 

 extent of digestion, 459; gastric 

 absorption, 460; putrefaction of pro- 

 teins, 491 ; artificial digestion with 

 trypsin, cleavage of starch, dextrins 

 and disaccharides, 492 ; protein synthe- 

 sis, 506 



Long, lecithin, 236, 237; casein, 615, 616* 



Lorinberg, cartilage, 524; kidney con- 

 stituents, 638 



Ldnquist, 438* 



Lorcher, 450* 



Losev, adsorption, 50 



Lessen, protein oxidation products, 82; 

 slow coagualtion of blood, 312 



Lotsch, digestion, 459 



Lottermoser, colloids, 44 



Lowit, plasmoschisis, 301 



Luchsinger, glycogen formation, 372, 374; 

 perspiration, 798 



Luciani, haemoglobin, 321, 836* 



Liicke, A., pus, 167*, 347; hyalin, 792 



Luckhard, lymph, 330 



Liidecke, lecithin, 235; glycerophosphoric 

 acid, 235 



Ludwig, C., ethal, 232; pseudohsemoglo- 

 bin, 270*, 276; bile acids, 371*, 416; 

 digestion, 460; pancreatic juice, 471; 

 protein assimilation, 503; fate of pep- 

 tone in intestine, 504; sugar entrance 

 into blood stream, 510; blood gases, 

 801, 802; rheometer, 812 



Ludwig, E., dermoid cysts, 596; esti- 

 mating uric acid, 674, 675 



Lukjanow, solids in bile, 393; loss of 

 water in starvation, 840 



Lukomnik, J., 135* 



Lummert, fat formation, 363*, 537 



Lunin, results of lack of mineral sub- 

 stances, 843; metabolism, 847 



Lusk, sugar formation in liver, 379; 

 lactic acid and diabetes, 387; sugar 

 formation from fat, 391; lactase for- 

 mation, 509; lactic acid, 556; lactose 

 in urine, 769 



Lussana, glycogen, 377 



Luther, sugar test, 763 



Liithje, origin of sugar in diabetes, 388, 

 389; sugar formation from glycerin, 

 390; protein synthesis, 506; ^oxalic 

 acid, 680; protein fattening, 861 



Luzzato, R., arabinose, 203; oxalic acid, 

 680; Z-arabinose in urine, 769 



Maas, alkali albuminose, 126 



Macallum, potassium hi cells, 22; ash of 

 muscles, 322*, 558 



Maccadam, 566* 



MacCallum, secretion of intestinal juice, 

 466; influence of phosphates, 845 



Macfadyen, putrefaction in intestines, 

 9*, 490 



von Mach, uric acid, 668 



Mackay, bile acids, 755 



MacLean, phosphatide, 240*, 233; oxalic 

 acid, 681 



Macleod, glycosuria, 3S1; bone marrow, 

 528; phosphocarnic acid, 550* 564; 

 carbamate formation, 565*, 649; car- 

 bamic acid, 658 



MacMunn, hsematoporphyrin, 287; echin- 

 ochrom, 292; cholohaematin, 410; myo- 

 hsematin, 545; urobilin, 705; blood test, 

 753; tetronerythrin, cyanocrystallin, 795 



Madsen, enzymes, 59; pyocyaneus pro- 

 tease, 63; anti-bodies, 69;" Ehrlich's 

 theory, 72; cholesterin, 424 



