564
SUBJECT INDEX
cytochromes and, 457
ergothioneine and, 199
fatty acid oxidation in, 99—101
phototropism and, 251, 291
quinone reductase and, 475
size, thermophilism and, 503
Gadus callarias, visual pigment of, 336
G
Galactose, active sulfate and, 142
Galleria melloneUa, polyphosphate and,
134-135
GallioneUa,
characteristics of, 398
iron oxidation and, 398-399
Gammarus pulex, phototaxis and, 247
Gastrotricha, xxiv
Gay Lussac, 11
Gecko, rhodopsin and, 319, 323
Gene, physical laws and, 34
Germination, ergothioneine and, 200
Giberellin, phototropism and, 269
Gillichthys mirabilis, visual pigment
and, 326, 337
Globulists, cell theory and, 5
Gluconic acid,
formation of, 417
metabolism of, 417
Gluconokinase, 417
Glucosamine, 159
hexokinase and, 430
Glucose,
autotrophs and, 364, 365
flavoprotein and, 446
heat of combustion of, 352
hexokinase and, 430
Hydrogenomonas
and, 383
oxidation, enthalpy and, 27-28
oxytrophic protozoa and, 419
phosphocreatine and, 151
transport, glycolysis and, 413-414
tumors and, 427, 428
Glucose oxidase, 417
Glucose-1 -phosphate,
free energy and, 39
glycolysis and, 412
oxytrophic protozoa and, 419
polyphosphate and, 133
Glucose-6-phosphatase, glycolysis and,
413
Glucose-6-phosphate, 109, 112, 425
dehydrogenation of, 417
fermentation of, 418
free energy and, 39, 119
glycolysis and, 412, 413
oxidative phosphorylation and, 461
Glucose-6-phosphate dehydrogenase,
adenosine triphosphate estimation
and, 123-124
flavoprotein and, 445
Glutamate,
formation of, 361^362
oxidative phosphorylation and, 461,
463, 467
pyridine nucleotides and, 442
submitochondrial fragments and, 453454
thermophils and, 506
Glutaminase, free energy and, 118
Glutamine,
formation, 128
free energy and, 118, 119
Glutamyl phosphate, 135, 139
Glutathione, 473
acetyl exchange and, 137
acyl derivatives of, 158—159
acyl adenylates and, 79
oxidation-reduction potential and, 474
sulfur utilization and, 376
Glutathione reductase, ascorbic acid
and, 474
Glycera, phosphagens and, 153, 154
Glyceraldehyde, oxidation of, 140
Glyceraldehyde-3-phosphate, 417, 443
formation of, 421
glycolysis and, 411, 412
Pasteur effect and, 415
pyridine nucleotides and, 442, 446
trypanosomes and, 420
Glyceraldehyde-3-phosphate dehydrogenase,
glycolysis and, 412
phosphorylation and, 464-468
plants and, 418
species specificity and, 428, 429
Glycerate, 116
Glycerol, 441-442
acetyl phosphate and, 138
phosphocreatine and, 151
phosphoenolpyruvate and, 146
SUBJECT INDEX
cytochromes and, 457
ergothioneine and, 199
fatty acid oxidation in, 99—101
phototropism and, 251, 291
quinone reductase and, 475
size, thermophilism and, 503
Gadus callarias, visual pigment of, 336
G
Galactose, active sulfate and, 142
Galleria melloneUa, polyphosphate and,
134-135
GallioneUa,
characteristics of, 398
iron oxidation and, 398-399
Gammarus pulex, phototaxis and, 247
Gastrotricha, xxiv
Gay Lussac, 11
Gecko, rhodopsin and, 319, 323
Gene, physical laws and, 34
Germination, ergothioneine and, 200
Giberellin, phototropism and, 269
Gillichthys mirabilis, visual pigment
and, 326, 337
Globulists, cell theory and, 5
Gluconic acid,
formation of, 417
metabolism of, 417
Gluconokinase, 417
Glucosamine, 159
hexokinase and, 430
Glucose,
autotrophs and, 364, 365
flavoprotein and, 446
heat of combustion of, 352
hexokinase and, 430
Hydrogenomonas
and, 383
oxidation, enthalpy and, 27-28
oxytrophic protozoa and, 419
phosphocreatine and, 151
transport, glycolysis and, 413-414
tumors and, 427, 428
Glucose oxidase, 417
Glucose-1 -phosphate,
free energy and, 39
glycolysis and, 412
oxytrophic protozoa and, 419
polyphosphate and, 133
Glucose-6-phosphatase, glycolysis and,
413
Glucose-6-phosphate, 109, 112, 425
dehydrogenation of, 417
fermentation of, 418
free energy and, 39, 119
glycolysis and, 412, 413
oxidative phosphorylation and, 461
Glucose-6-phosphate dehydrogenase,
adenosine triphosphate estimation
and, 123-124
flavoprotein and, 445
Glutamate,
formation of, 361^362
oxidative phosphorylation and, 461,
463, 467
pyridine nucleotides and, 442
submitochondrial fragments and, 453454
thermophils and, 506
Glutaminase, free energy and, 118
Glutamine,
formation, 128
free energy and, 118, 119
Glutamyl phosphate, 135, 139
Glutathione, 473
acetyl exchange and, 137
acyl derivatives of, 158—159
acyl adenylates and, 79
oxidation-reduction potential and, 474
sulfur utilization and, 376
Glutathione reductase, ascorbic acid
and, 474
Glycera, phosphagens and, 153, 154
Glyceraldehyde, oxidation of, 140
Glyceraldehyde-3-phosphate, 417, 443
formation of, 421
glycolysis and, 411, 412
Pasteur effect and, 415
pyridine nucleotides and, 442, 446
trypanosomes and, 420
Glyceraldehyde-3-phosphate dehydrogenase,
glycolysis and, 412
phosphorylation and, 464-468
plants and, 418
species specificity and, 428, 429
Glycerate, 116
Glycerol, 441-442
acetyl phosphate and, 138
phosphocreatine and, 151
phosphoenolpyruvate and, 146