572
SUBJECT INDEX
Methanomonas,
characteristics of, 401
energy efficiency of, 354
Methanosarcina barkerii, hydrogen and,
387
Methionine, 189, 377
activation, 142
ions and, 234-235
S-adenosylmethionine and, 206, 212213
betaine and, 197
ergothioneine and, 199^-200
formation of, 206, 222
free energy and, 220, 221
nitrifying bacteria and, 365, 367
replacement of, 217
stachydrine and, 202
thermophils and, 506, 507
3-Methoxyepinephrine, 187
biosynthesis of, 226, 228
a-Methylacetoacetic acid, 159
formation of, 422^-423
α-Methylacetoacetyl coenzyme A,
cleavage of, 158
/?,/?-Methylacrylyleholine, isolation of,
195
N-Methyl amines, quaternary ammonium compounds and, 190
6-Methylamino-2-hydroxyadenine, biosynthesis of, 226, 228
α-Methylbutyric acid, helminths and,
422
N'-Methyl-3-carboxamide-6-pyridone.
nicotinamide and, 203-204
S-Methylcysteine, free energy and, 220
7-Methyldeoxyguanylic acid, cleavage
of, 210
Methyldiethylsulfonium hydroxide, decomposition of, 204
Methylene blue,
hydrogenases and, 388-390, 394
indoleacetate and, 283
reduction, 446
succinic dehydrogenase and, 448
succinoxidase and, 449
Methylethylacetothetin, utilization of,
227
Methylethylketone, formation of, 100
Methylethylsulfide, formation of, 204
Methylglyoxal, glutathione and, 158
Methyl ketones, fatty acid oxidation
and, 99-100
3-Methyllumiflavin, absorption spectra
of, 282
Methylmalonate, propionate and, 93
Methylmalonyl coenzyme A, succinate
and, 158
Methylmalonyl coenzyme A isomerase,
93
Methylmercaptoacetic acid, ionization
entropy and, 219
S-Methylmethionine, 189, 204, 217
adenosylmethionine and, 212-213
function of, 215-216, 226
methyl transfer and, 223
occurrence of, 182, 215
properties of, 215
N'-Methylnicotinamide,
formation of, 203, 226, 228, 231
free energy and, 220-221
occurrence of, 182
N'-Methylpicolinic acid, occurrence of,
182, 203
N'-Methylpyridine, occurrence of, 182
5'-Methylthioadenosine, 208
S-adenosylmethionine and, 207
alkali and, 209
formation of, 210, 229
origin of, 210-212
Methyl viologen, hydrogenase and, 386,
389, 393-394
Meyen, 5
Micrococcus, succinic dehydrogenase
and, 83
Micrococcus aerogenes, hydrogenase
and, 391
Micrococcus
denitrijicans,
cytochromes and, 457
thiosulfate and, 375
Micrococcus
lactilyticus,
hydrogenase and, 386, 387, 394
methyl viologen and, 389
propionate and, 92
Micrococcus lysodeikticus, 362
carbon dioxide and, 145, 360, 361
temperature adaptation and, 494
Micrococcus pyogenes, ergothioneine
and, 199
Microorganisms,
acetyl phosphate and, 139
SUBJECT INDEX
Methanomonas,
characteristics of, 401
energy efficiency of, 354
Methanosarcina barkerii, hydrogen and,
387
Methionine, 189, 377
activation, 142
ions and, 234-235
S-adenosylmethionine and, 206, 212213
betaine and, 197
ergothioneine and, 199^-200
formation of, 206, 222
free energy and, 220, 221
nitrifying bacteria and, 365, 367
replacement of, 217
stachydrine and, 202
thermophils and, 506, 507
3-Methoxyepinephrine, 187
biosynthesis of, 226, 228
a-Methylacetoacetic acid, 159
formation of, 422^-423
α-Methylacetoacetyl coenzyme A,
cleavage of, 158
/?,/?-Methylacrylyleholine, isolation of,
195
N-Methyl amines, quaternary ammonium compounds and, 190
6-Methylamino-2-hydroxyadenine, biosynthesis of, 226, 228
α-Methylbutyric acid, helminths and,
422
N'-Methyl-3-carboxamide-6-pyridone.
nicotinamide and, 203-204
S-Methylcysteine, free energy and, 220
7-Methyldeoxyguanylic acid, cleavage
of, 210
Methyldiethylsulfonium hydroxide, decomposition of, 204
Methylene blue,
hydrogenases and, 388-390, 394
indoleacetate and, 283
reduction, 446
succinic dehydrogenase and, 448
succinoxidase and, 449
Methylethylacetothetin, utilization of,
227
Methylethylketone, formation of, 100
Methylethylsulfide, formation of, 204
Methylglyoxal, glutathione and, 158
Methyl ketones, fatty acid oxidation
and, 99-100
3-Methyllumiflavin, absorption spectra
of, 282
Methylmalonate, propionate and, 93
Methylmalonyl coenzyme A, succinate
and, 158
Methylmalonyl coenzyme A isomerase,
93
Methylmercaptoacetic acid, ionization
entropy and, 219
S-Methylmethionine, 189, 204, 217
adenosylmethionine and, 212-213
function of, 215-216, 226
methyl transfer and, 223
occurrence of, 182, 215
properties of, 215
N'-Methylnicotinamide,
formation of, 203, 226, 228, 231
free energy and, 220-221
occurrence of, 182
N'-Methylpicolinic acid, occurrence of,
182, 203
N'-Methylpyridine, occurrence of, 182
5'-Methylthioadenosine, 208
S-adenosylmethionine and, 207
alkali and, 209
formation of, 210, 229
origin of, 210-212
Methyl viologen, hydrogenase and, 386,
389, 393-394
Meyen, 5
Micrococcus, succinic dehydrogenase
and, 83
Micrococcus aerogenes, hydrogenase
and, 391
Micrococcus
denitrijicans,
cytochromes and, 457
thiosulfate and, 375
Micrococcus
lactilyticus,
hydrogenase and, 386, 387, 394
methyl viologen and, 389
propionate and, 92
Micrococcus lysodeikticus, 362
carbon dioxide and, 145, 360, 361
temperature adaptation and, 494
Micrococcus pyogenes, ergothioneine
and, 199
Microorganisms,
acetyl phosphate and, 139