912 



INDEX OF AUTHORS 



Murlin, gelatin value, 854 



Musculus, ptyalin, 223*, 431; amylopsin, 



432*, 478; urochloralic acid, 736; urine 



fermentation, 782 

 Miither, xyloses, 204 

 Myers, creatinine, 660 

 Mygge, estimating proteid, 750 

 Mylius, modified Pettenkofer test, 221*, 



397; cholic acid, 401, 402; desoxycho- 



lic acid, 403 



Naegeli, 643* 



von Nageli, plasmolysis, 30; starch, 220 



Nagano, intestinal juice, 467; lactase 

 formation, 509; sugar formation, 509, 

 510 



Nakaseko, 372* 



Nakayama, nucleoprpteins, 176; erepsin, 

 469; test for bile pigments, 757 



van Name, collagen, 117*, 120 



Nasse, O., animal oxidations, 6; protein 

 oxidation, 14; muscle experiments, 

 33; proteid detection, 77*, 98; gelatin, 

 119; sp.gr. of blood during pregnancy, 

 fibrin in blood, 223*, 258*, 320; lymph, 

 331; spleen constituents, 352 ; glycogen, 

 368, 370; ptyalin, 431; musculin, 

 432*, 433*, 541*, 543; rigor mortis, 

 561; glycogen in muscles, 563 



Naunyn, glycogen formation, 373; bile 

 pigments, 417, 418*, 419; oxidation of 

 benzene and toluene, 738; oxidation 

 xylene into toluic acid, 739 



Nawratzki, cerebrospinal fluid, 342 



Nebelthau, glycogen formation, 372, 754* 



Necker, 748* 



Neff, 207* 



Neilson, catalysis, 57, 429*, 430* 



Neimann, glucuronic acids, 215, 216; 

 liver constituents, 365; glucuronates, 

 366*, 712; glucuronic acids, 713 



Nelson, protamines, 109*, 110 



Nencki, L., oxidation of mesitylene into 

 mesitylenic acid, 739 



Nencki, M., putrefactive products, 14*, 

 78*, 81; tryptophane, 153; indol, 156; 

 blood pigments, haemopyrrol, 269; 

 oxyhsemoglobin, 273; haemin, 285, 286; 

 hsematoporphyrin, 287; mesoporphyrin, 

 phyllocyanin, 288; diabetes, 382; bile 

 pigments, 418; gastric juice, 441, 442; 

 pepsin, 443; pepsin digestion, 452; 

 gastric juice, 453; action of gastric 

 juice on toxalbumins, 461; steapsin, 

 479; action of bile on steapsinogen, 

 489; putrefaction in intestines, 490; 

 putrefaction of proteins, 492; reaction 

 of intestinal contents, 497; ammonia 

 formation in digestive apparatus, 505; 

 urea in muscle, 546; urea, 648, 649; 

 carbamic acid elimination, 650; urea 

 elimination, 651; urorosein, 697, 703; 

 urobilinoids, 705; ammonia in urine, 

 727, 728; fate of ammo-acids in body, 

 734; oxidation of naphthalene and 



ethylbenzene, 738; oxidation of cymene 

 into cumic acid, 739; acetophenone 

 elimination, 742; odor of urine after 

 asparagus ingestion, 744; hippomelanin, 

 phymatorhusin, 93; protein metabolism, 

 853 



Neppi, glutinase, 481 ; trypsin, 482 



Nerking, lecithin, 235; bone marrow, 

 528; human milk, 629, 638* 



Nernst, membrane permeability, 21; 

 adsorption, 48*, 73 



Neubauer, O., proteid detection, 100; 

 creatine, 548; creatinine, 658, (>(>2; 

 homogentisic acid, 699, 701; uroleucic 

 acid, 702; urobilinogen, 708; ammonia 

 in urine, 727; fate of amino-acids in 

 body, 734; glucuronic acid conjuga- 

 tion, 736; diazo-reaction, 779 



Neubauer-Huppert, 548* 



Neuberg, protein oxidation products, 81*, 

 82; isoserine, 144; oxyaminosuccinic 

 acid cystine, 146; stone-cystine, 148; 

 tryptophane, 154; ornithine, 159; ly- 

 sine, 160; mucin, 166; amyloid, 168, 

 16.9; inosinic acid, 179, 180; carbo- 

 hydrates, 196, 197; sugar fermenta- 

 tion, 199; pentoses, 201; test for 

 pentoses, arabinose, 203, 204; sugar 

 test, 208; galactose, levulose, 2JO; de- 

 tecting levulose, 211; amino sugars, 212; 

 glucosamine, 214 glucuronic acid, 215, 

 216; lysine in blood serum, 260; spleen, 

 337*, 351; adrenalin, 359; liver auto- 

 lysis, 365; glycogen, 372; feeding experi- 

 ments with alanine, carbohydrate met- 

 abolism, 390; cholesterin, 421; chon- 

 drosin, 523; inosite, 551; pseudomucin, 

 595; egg yolk, 598; lactose test, 621; 

 heteroxanthine, 639*, 677; phenolsul- 

 phuric acid, 690; skatoxylsulphuric 

 acid, 695; glucuronates, 712, 713; 

 phenylhydrazine test, 720*, 729*, 761; 

 pentoses in urine, 769; detecting con- 

 jugated glucuronic acids, 771; acetone 

 bodies in urine, 772, 780*; melanins, 

 794; results of lack of chloride s, 827*, 



843*, 844 



Neuberg-Rauchwerger, cholesterin reac- 

 tion, 422 



Neumann, A., antipeptones, 135; protein 

 cleavage, 162*, 163; thymonucleic 

 acids, 176; thymic acid, 177; thymo- 

 nucleic acids, 180; cytosine, 189; thy- 

 mine, 190; pentose tests, 203; iron in 

 urine, 418*, 730; phenylhydrazine tests, 

 761 ; alcohol in metabolism, 762*, 863 



Neumann, O., protein requirements, 863*, 

 876 



Neumeister, R., keratins, 112; soluble 

 proteoses, 128*, 129; glycogen pre- 

 cipitants, 153*, 223*, 370; protein 

 absorption, 502; ovomucoid, 603 



Neusser, blood test, 753 



Nickles, fluorine in egg white, 604 



Nicloux, glycerin in blood serum, 62*, 256 



