910 



INDEX OF AUTHORS 



Meddelelser, 138* 



Medigreceanu, haemoglobin, 270, 457* 



Medwedew, oxidases, 11 



Mehu, pleura! fluid, 339; urobilin, 707, 708 



Meigs, E. B., 560* 



Meillere, inosite, 551; detecting and 

 estimating inosite, 552; inosite in 

 urine, 719*, 771 



Meinert, utilization of foods, 508, 874 



Meinertz, 364* 



Meisenheimer, J., ferments, 10 



Meissenheimer, sugar fermentation, 

 zymase, lactacidase, 200, 207* 



Meissl, fat formation, 537; amniotic fluid, 

 609 



Meissner, dyspeptone, parapeptone, 448; 

 allantoin, 651*, 681; hippuric acid, 684 



von Meister, 651* 



Mellanby, creatine, 250*, 547, 548; crea- 

 tinine, 659, 660 



Mendel, lymph, 333; glycogen, 368; 

 activation of trypsinogen, 429*, 473; 

 protein absorption, 502; uric acid, 

 546*, 668*, 670; allantoin, 682, 702* 



Mendes de Leon, 629* 



Menozzi, bombicesterin, 424 



Menschutkin, catalysis, 58 



Menzies, methsemoglobin, 277 



de Merejkowski, tetronerythrin, 795 



von Mering, glucuronic acid, 215; dex- 

 trose in blood, 257*, 319; glycogen for- 

 mation, 373; phlorhizin diabetes, 379; 

 glycogen, 383; ptyalin, 431; amy lop- 

 sin, 432*, 478; protein absorption, 502; 

 carbohydrate absorption, 509; sugar 

 entrance into blood stream, 510; uro- 

 chloralic acid, 735*, 736; effect of food 

 ingestion on metabolism, digestion 

 work, 871 



Merunowicz, haemin compounds, 287 



Mesernitzki, egg yolk, 597 



Messner, protein synthesis, 506 



Mester, putrefaction in intestine, 497; 

 skatoxylsulphuric acid, 695; sulphur 

 compounds in urine, 714 



Mett, pepsin test, 445; trypsin estimation, 

 482 



Meyer, E., homogentisic acid, 698, 699; 

 conversion of nitrobenzene and nitro- 

 phenol into aminophenol, 739 



Meyer, H., blood serum, 260 



Meyer, Kurt, glucosamine in glycogen 

 formation, 376 



Meyer, P.,' colloids, 44; glucuronic acid, 

 215; iron in liver, 367; inosite, 551; 

 blood pigments in bile, 415; nitrogen 

 loss, 507; uric acid, 508*, 668; uro- 

 leucicacid, 701 



de Meyer, activating substance in pan- 

 creas, 387 



Michaelis, colloids, 45; enzymes, 71*, 

 59; proteids, 96; proteicf test, 101; 

 proteoses, 133; sugar in blood serum, 

 257; lipolysis, 259; sugar in blood 

 corpuscles, 314; permeability of blood 



corpuscles, 316; protein absorption, 

 317*, 502; gelatin as potein sparer, 

 854 



Michaud, acetone bodies, 772*, 775; pro- 

 tein metabolism, 846; protein mini- 

 mum, 859 



Michel, seralbumins, 253, 254, 255 



Micheli, F., 135* 



Micko, meat extracts, 499*, 550, 826* 



Middendorff, haemoglobin in blood, 319 



Miescher, F., protamines, 109, 110, 111; 

 nuclein, 172; thymonucleic acids, 176; 

 pus corpuscles, 345; pus, 346*, 347; 

 karyogen, 591*, 592; influence of 

 phosphates, 845 



Miethe, oxyhaemoglobin, 274; methsemo- 

 globin, 277; carbon-monoxide haemo- 

 globin, 279; haemochromogen, 282; 

 lutein, 600 



Milchner, mucin, 166 



Millon, proteid test, 98 



Mills, oxalic acid, 680 



Milroy, nucleins, 172; haemochromogen, 

 282, 723* 



Minkowski, ascitic fluid, 297*, 340; 

 phlorhizin diabetes, 376*, 379; glycogen, 

 382, 383; glycosuria, 384; internal 

 secretion in pancreas, 385; bile pig- 

 ments, 417, 418, 419; pancreas extir- 

 pation, 508; fat absorption, 512*, 515; 

 paralactic acid, 554, 710; uric acid, 668, 

 669; allantoin, 682; benzoic acid, 687; 

 detecting beta-oxy butyric acid, 711*, 

 779; blood gases, 807 



Mitchell, 668* 



Mitjukoff, ovarial colloid, paramucin, 594 



Mittelbach, fibrinogen, 245; homogentisic 

 acid, 701; estimating proteid, 750 



von Mituch, 606* 



Miura, 372*, 467* 



Miyamota, pepsin, 443 



Modrakowski, choline, 240 



Modrzejewski, amyloid, 170 



Moeller, 499* 



Mohr, sulphur in keratin, 112; pancreas 

 diabetes, 378*, 385; sugar formation 

 from fat, 391; reagent for free HC1 in 

 gastric juice, 463, 676*, 680* 



Moitessier, carbon-monoxide methaemo- 

 globin, 279; proteid, 719*, 749 



Molescbott, 874 



Molinari, cholesterin, 421 



Molisch, sugar test, 209 



Moll, proteids, 103 



Mollenberg, hemoglobin, 320 



Moller, estimating acetone, 778 



Monod, 622* 



Monari, muscle reaction, 563; muscle 

 work, 564*, 565; xanthocreatinine, 663 



Moor, Ovid, urein, 657 



Moore, cell electrolysis, 21; adsorpates, 

 34; osmotic pressure, 37, 38, 39; 

 adsorption, 50; dextrose test, 207; 

 action of bile on fatty acids; 489: reac- 

 tion of intestinal contents, 497; fatty 



