SUBJECT INDEX
573
adenosine triphosphate and, 162
auxin and, 268
entropy and, 33-34
ergothioneine and, 189
onium compounds in, 182
Midgut gland, temperature adaptation
and, 494
Milne-Edwards, 8
Mineral oil, phototropism and, 260
Miokinine, 189, 190
biosynthesis of, 193-194, 235
occurrence of, 182
Mitochondria,
acetoacetate and, 88—89
cytochrome chain and, 454
diphosphopyridine nucleotide oxidase
and, 455
oxidative phosphorylation and, 125,
460, 466, 471-472
Pasteur effect and, 415-416
respiratory chain and, 451-453
Mohl, 5
Molds, see also Fungi
amino acid activation and, 142
polyphosphates and, 132, 133
temperature and, 497
Mole, ergothioneine and, 200
Mollusca, xxiii, xxiv
phosphagens and, 152
visual system of, 338-341
Molybdenum,
hydrogenase and, 392, 394
nitratase and, 370
nitrite oxidation and, 371
Molybdic acid,
activation of, 140
phosphoarginine and, 148
9,9'-Mono-cis-/?-carotene, absorption
spectrum of, 277-278
Monodehydroascorbic acid, diphosphopyridine nucleotide and, 475
Monophenols, indoleacetate and, 296297
Morren, Charles, 5
Mosquito, oxidative phosphorylation and,
471
Mougeotia, phototaxis and, 274—275
Mouse, energy output and, 495
Müller, Johannes, 5
Mung bean,
fatty acid activation and, 78
lipoxidase of, 91
oxidative phosphorylation and, 471
Murexine, 195
Musca
domestica,
adenosine triphosphate and, 129
glycolysis and, 423
temperature limits and, 489
Muscarine, occurrence of, 182
Muscle, 423
acetoacetate and, 88—89
adenosine triphosphate and, 108, 129
aldolase and, 431
carnitine and, 197
coenzyme A transphorase and, 80
contraction, 128
amidine phosphates and, 151
cytochrome chain and, 455
glucose transport and, 414
glyceraldehyde-3-phosphate dehydrogenase and, 139-140, 428
glycolysis and, 425
lactic dehydrogenase and, 428-431
oxidative phosphorylation and, 471
phosphagens and, 151, 153, 154-155
phosphofructokinase and, 430
phosphoglucose isomerase and, 429,
430
succinate activation and, 147
succinic dehydrogenase and, 83
temperature adaptation and, 494
Mycobacterium,
carotenoids and, 281
Mycobacterium
phlei,
cytochrome chain and, 456
oxidative phosphorylation and, 472
Mycobacterium
tuberculosis,
fatty acid
oxidation in, 98
Mycophenolic acid, 189
Myosin, tripolyphosphate and, 134
Myosin-adenosine triphosphatase, enthalpy measurement and, 118
Myriapoda, xxiii
Myristic acid,
energy potential of, 76
oxidation of, 100
Myrothecium
verrucaria, cytochromes
and, 457
Mytilus calif ornianus, N'-methylpicolinic
acid and, 203
573
adenosine triphosphate and, 162
auxin and, 268
entropy and, 33-34
ergothioneine and, 189
onium compounds in, 182
Midgut gland, temperature adaptation
and, 494
Milne-Edwards, 8
Mineral oil, phototropism and, 260
Miokinine, 189, 190
biosynthesis of, 193-194, 235
occurrence of, 182
Mitochondria,
acetoacetate and, 88—89
cytochrome chain and, 454
diphosphopyridine nucleotide oxidase
and, 455
oxidative phosphorylation and, 125,
460, 466, 471-472
Pasteur effect and, 415-416
respiratory chain and, 451-453
Mohl, 5
Molds, see also Fungi
amino acid activation and, 142
polyphosphates and, 132, 133
temperature and, 497
Mole, ergothioneine and, 200
Mollusca, xxiii, xxiv
phosphagens and, 152
visual system of, 338-341
Molybdenum,
hydrogenase and, 392, 394
nitratase and, 370
nitrite oxidation and, 371
Molybdic acid,
activation of, 140
phosphoarginine and, 148
9,9'-Mono-cis-/?-carotene, absorption
spectrum of, 277-278
Monodehydroascorbic acid, diphosphopyridine nucleotide and, 475
Monophenols, indoleacetate and, 296297
Morren, Charles, 5
Mosquito, oxidative phosphorylation and,
471
Mougeotia, phototaxis and, 274—275
Mouse, energy output and, 495
Müller, Johannes, 5
Mung bean,
fatty acid activation and, 78
lipoxidase of, 91
oxidative phosphorylation and, 471
Murexine, 195
Musca
domestica,
adenosine triphosphate and, 129
glycolysis and, 423
temperature limits and, 489
Muscarine, occurrence of, 182
Muscle, 423
acetoacetate and, 88—89
adenosine triphosphate and, 108, 129
aldolase and, 431
carnitine and, 197
coenzyme A transphorase and, 80
contraction, 128
amidine phosphates and, 151
cytochrome chain and, 455
glucose transport and, 414
glyceraldehyde-3-phosphate dehydrogenase and, 139-140, 428
glycolysis and, 425
lactic dehydrogenase and, 428-431
oxidative phosphorylation and, 471
phosphagens and, 151, 153, 154-155
phosphofructokinase and, 430
phosphoglucose isomerase and, 429,
430
succinate activation and, 147
succinic dehydrogenase and, 83
temperature adaptation and, 494
Mycobacterium,
carotenoids and, 281
Mycobacterium
phlei,
cytochrome chain and, 456
oxidative phosphorylation and, 472
Mycobacterium
tuberculosis,
fatty acid
oxidation in, 98
Mycophenolic acid, 189
Myosin, tripolyphosphate and, 134
Myosin-adenosine triphosphatase, enthalpy measurement and, 118
Myriapoda, xxiii
Myristic acid,
energy potential of, 76
oxidation of, 100
Myrothecium
verrucaria, cytochromes
and, 457
Mytilus calif ornianus, N'-methylpicolinic
acid and, 203