SUBJECT INDEX
559
hydrogenase and, 390
succinic dehydrogenase and, 84
Deuterostomia, xviii, xxiv
2,4-Diaminobutyric acid, methionine
and, 217
Diaphorases,
reactions of, 446
succinoxidase and, 449
Diaptomus, spectral sensitivity and, 248
Dibenzylphosphochloridate, polyphosphate synthesis and, 123
Dicarboxylic acids,
Hydrogenomonas and, 383
nitrogen fixation and, 396
Dichlorophenolindophenol, hydrogenase
and, 389
Dicumarol, oxidative phosphorylation
and, 470
Diernyctilus viridescens,
metamorphoses, visual pigments and,
329, 330
Diethylsulfide, 204
Diffusion,
isothermal, entropy and, 53-54
Digitonin,
glycolysis and, 414
mitochondria and, 453
Dihydrolipoic dehydrogenase, sulfite oxidase and, 381-382
Dihy droxyacetone-1 -phosphate,
glycolysis and, 412
insects and, 424
α,β-Dihydroxy-a-methylbutyric acid, 422
Dimethylacetothetin, 217, 229
free energy and, 219-220
labile methyl and, 205-206, 221-226
N-Dimethylamines, quaternary ammonium compounds and, 190
Dimethylethanolamine, choline and, 226,
228
Dimethylglycine, 220
formation of, 197
ionization entropy and, 219
Dimethylpropiothetin, 217
acrylic acid and, 188, 206
biosynthesis of, 206, 235
isolation of, 204
methyl transfer and, 223
occurrence of, 182, 205
Dimethyl sulfide, 194, 229
formation of, 204-205
Dinitrophenol, 126
oxidative phosphorylation and, 465,
469-470, 472
Pasteur effect and, 415
polyphosphate and, 132, 133
quinone reductase and, 475
Dinophyceae, phototaxis and, 271, 273274
Diphenylamine, carotenoids and, 280,
281
1,3-Diphosphoglycerate, 47, 420
adenosine triphosphate and, 124
assay of, 139
biosynthesis of, 139-140
distribution of, 140
free energy and, 113-114, 117
function of, 140
glycolysis and, 412, 414
preparation of, 139
Diphosphopyridine nucleotidase,
acceptors and, 230
ergothioneine and, 201-202
exchange reactions and, 230-232
Diphosphopyridine nucleotide, 41, 109,
110, 131, 140, 144, 359
ammonia formation and, 370
ascorbic acid oxidase and, 474
biosynthesis of, 233
chemically reduced, phosphorylation
and, 463-464
cross over point and, 467
cytochromes and, 452, 454-456
exchange reactions and, 230
fatty acid peroxidase and, 91-92
free energy and, 443
glycolysis and, 411, 412
hydroxy acid racemase and, 88
mitochondrial fragments and, 453, 454
non-cytochrome respiration and, 473
oxidation-reduction potential and, 447,
459
oxidative phosphorylation and, 125,
126, 467
reoxidation, insects and, 423—424
retinenes and, 315
Streptococcus faecalis and, 476-477
trypanosomes and, 420
559
hydrogenase and, 390
succinic dehydrogenase and, 84
Deuterostomia, xviii, xxiv
2,4-Diaminobutyric acid, methionine
and, 217
Diaphorases,
reactions of, 446
succinoxidase and, 449
Diaptomus, spectral sensitivity and, 248
Dibenzylphosphochloridate, polyphosphate synthesis and, 123
Dicarboxylic acids,
Hydrogenomonas and, 383
nitrogen fixation and, 396
Dichlorophenolindophenol, hydrogenase
and, 389
Dicumarol, oxidative phosphorylation
and, 470
Diernyctilus viridescens,
metamorphoses, visual pigments and,
329, 330
Diethylsulfide, 204
Diffusion,
isothermal, entropy and, 53-54
Digitonin,
glycolysis and, 414
mitochondria and, 453
Dihydrolipoic dehydrogenase, sulfite oxidase and, 381-382
Dihy droxyacetone-1 -phosphate,
glycolysis and, 412
insects and, 424
α,β-Dihydroxy-a-methylbutyric acid, 422
Dimethylacetothetin, 217, 229
free energy and, 219-220
labile methyl and, 205-206, 221-226
N-Dimethylamines, quaternary ammonium compounds and, 190
Dimethylethanolamine, choline and, 226,
228
Dimethylglycine, 220
formation of, 197
ionization entropy and, 219
Dimethylpropiothetin, 217
acrylic acid and, 188, 206
biosynthesis of, 206, 235
isolation of, 204
methyl transfer and, 223
occurrence of, 182, 205
Dimethyl sulfide, 194, 229
formation of, 204-205
Dinitrophenol, 126
oxidative phosphorylation and, 465,
469-470, 472
Pasteur effect and, 415
polyphosphate and, 132, 133
quinone reductase and, 475
Dinophyceae, phototaxis and, 271, 273274
Diphenylamine, carotenoids and, 280,
281
1,3-Diphosphoglycerate, 47, 420
adenosine triphosphate and, 124
assay of, 139
biosynthesis of, 139-140
distribution of, 140
free energy and, 113-114, 117
function of, 140
glycolysis and, 412, 414
preparation of, 139
Diphosphopyridine nucleotidase,
acceptors and, 230
ergothioneine and, 201-202
exchange reactions and, 230-232
Diphosphopyridine nucleotide, 41, 109,
110, 131, 140, 144, 359
ammonia formation and, 370
ascorbic acid oxidase and, 474
biosynthesis of, 233
chemically reduced, phosphorylation
and, 463-464
cross over point and, 467
cytochromes and, 452, 454-456
exchange reactions and, 230
fatty acid peroxidase and, 91-92
free energy and, 443
glycolysis and, 411, 412
hydroxy acid racemase and, 88
mitochondrial fragments and, 453, 454
non-cytochrome respiration and, 473
oxidation-reduction potential and, 447,
459
oxidative phosphorylation and, 125,
126, 467
reoxidation, insects and, 423—424
retinenes and, 315
Streptococcus faecalis and, 476-477
trypanosomes and, 420