INDEX OF AUTHORS 



G05 



Findlay, 390 



Fine, 416 



Fischer, E., ammo-acids, 132; amino-N 

 determination, 133, 146; enzyme speci- 

 ficity, 226; lock-and-key hypothesis, 

 219; mutarotation, 72; peptide for- 

 mation, 139-142, 147; peptide hydrol- 

 ysis, 220; structure of hexoses, 55; 

 synthesis of glycerose, 53 



Fischer, M. H., 308, 309 



Fitz, 564, 566 



Fitzgerald, 332 



Fleischer, 519 



Folin, absorption of amino-acids, 241; 

 absorption of proteins, 253; atophan, 

 553; chemical correlation of circula- 

 tion, 390 ; nitrogenous waste products, 

 566; origin of creatinine, 545; sulphur 

 excretion, 560; uric-acid elimination, 

 549; uric-acid reagent, 191, 199, 549; 

 vitamines, 200 



Fourneau, 140 



Fraenkel, 283 



Fraser, 105 



Friedenthal, cephalization-factor and 

 life-duration, 517, 519; energy-require- 

 ment and output, 594; indicator- 

 method, 275, 283 ; protoplasmic tissues 

 and body -surface, 590 



Fry, 594 



Fiihner, 369 



Fulk, 253 



Funk, 191, 200, 519 



v. Fiirth, cholesterol, 97, 105; iodothy- 

 rin, 384; melanins, 413; myosin and 

 myogen, 398 



G 



GABRIELT, 283 



Galeotti, 164, 420 



Gamgee, 351, 364 



Gantor, 427, 445 



Gardner, 94, 105, 492 



Garrod, alcaptonuria, 559; cystinuria, 



562-566; urinary pigments, 566; pen- 



tosuria, 75 

 Gay, 227, 332, 334 

 Gies, 226 

 Gilbert, 536 

 Givens, 52, 551, 566 

 Glikin, 105 

 Gobau, 526, 535 

 Godlewski, 390, 470 

 Goodspeed, 426 

 Gortner, chemical identity of fibrins, 331, 



334; humin substances, 384 

 Graham, 302 

 Gramentzki, 215 

 Gray, 390 

 Grimaux, 139 

 Grund, 75 



Gudernatsch, 486, 519 

 Gudzent, 552 



i Guest, 146 

 Guggenheim, 200 

 Guldberg, 162, 203 

 Gtirber, 328 



HALDANE, 389 



Halliburton, crystalline form of hemo- 

 globin, 360, 364 ; myosin clot, 398 



Hamburger, 260, 266, 283 



Hammarsten, blood-coagulation, 343; 

 plasma-clotting, 344; water in tissues, 

 255 



Handovsky, 172 



Hanriot, 227 



Hanson, 227, 341, 364 



Harden, 227 



Hardy, inversion of precipitating ion, 

 159, 163; protein complexes, 171, 

 330; structure of gels, 298-301, 309; 

 union of acids and bases with proteins, 

 172 ; viscosity, 309 



Hari, 539, 565 



Harris, 433, 445 



Hart, 519 



Harter, 535 



Hartmann, 520 



Harvey, artificial fertilization, 470; bio- 

 luminescence, 414, 416; surface-layer 

 of cells, 309 



Haskins, 545, 565 



Hasselbalch, 283 



Hedblom, 92 



Hedin, anti-enzymes, 227; hematocrit 

 method, 266, 283 



Heidenhain, 290, 362 



Hekma, 364 



Henderson, alkali-reserve, 283 ; fitness of 

 environment, 282; neutralizing-power 

 of acids, 277, 283 ; respiration, 389 



Henriques, 242 



Herter, 556 



Hertwig, membrane-formation with chlo- 

 roform, 451 ; temperature-coefficient of 

 development, 423 



Hertz, 316, 333 



Heubner, absorption-spectrum of hemo- 

 globin, 359, 364; heat-production in 

 infants, 591, 594 



Hewlett, 253 



Hildebrandt, 227 



Hill, 303, 309 



Hindhede, 594 



Hinkins, 227 



Hirschfeld, 156, 172 



Hirschstein, 164 



Hoagland, 273, 283, 416, 556, 566 



Hocker, 306 



Hoeber, 262, 274, 283 



Hofmeister, dehydration in protein coag- 

 ulation, 165; protein assimilation, 238; 

 swelling of protein jellies, 309 ; union of 

 protein-groups, 172 



