TOPICAL SUBJECT INDEX
445
active sites, amino acid sequences of,
IV, 199-206, 231-232
alkali metals and, IV, 679, 700-705
altered,
amphibian differentiation and, VI,
57-63
mechanisms of, VI, 64-67
sea urchin egg development and,
VI, 47-52
seed germination and, VI, 36-38
slime mold sporulation and, VI, 2730
spores and, VI, 14-15, 27-30
amount, variations in, VI, 81-82
chitin degradation by, VII, 112-116
digestive,
secretion of, VI, 348-349
vertebrate and invertebrate, VI,
382-384
formation, control of, VI, 81-103
induction,
advantages of, VI, 106
bacteria and, VI, 83-85
general concepts of, VI, 82-83
other organisms and, VI, 88-95
permeases and, VI, 85-88
spores and, VI, 17-19
levels, urea cycle and, II, 209-220
lignin formation and, IV, 101-102
metamorphosis and, IV, 534, 541-542,
548-550
pentose phosphate cycle, VII, 13-15
phosphorylated, phosphoryl transfer
potential and, II, 29
preformed, spores and, VI, 15-17
repression,
bacteria, VI, 95-98
other organisms, VI, 98-103
sclerotins and, IV, 384-389
Enzyme activity,
control,
energy-supplying pathways and, VI,
79-81
feedback inhibition and, VI, 74-78
product inhibition and, VI, 78-79
evidence of, VI, 14-15
Epimerization, enzymes and, II, 109
Epinephrine, formation of, IV, 264-267
Episterol, III, 117
Epoxidation, detoxification and, VI, 411
Equilibria,
free energy and, II, 2-6
thermodynamics of, I, 16-20
Equilibrium constant, free energy and,
I, 115-116
Ercinine, biochemistry of, I, 198
Ergostanol, III, 118
A
7
-Ergostenol, properties of, III, 116
Ergosterol, properties of, III, 113, 140
Ergothioneine,
biosynthesis of, I, 190, 199-201
function of, I, 201-202
occurrence of, I, 182, 198-199, 200
Erythrocruorins, nature of, IV, 564
Erythrocytes, pentose phosphate cycle
and, VII, 26-35
Escherichia colt,
nitrate reductase of, V, 98-102, 113,
114
nitrite reduction by, V, 129-130
Estrogens, biosynthesis of, III, 181-183,
192
Ethanol, fumarate formation from, V,
278-279
Ethereal sulfates, detoxification and, VI,
414, 420-423, 448
N-Ethyl-/?-asparagine, isolation of, V, 42
24a-E thyl-Δ
7
· ^-cholestadienol, properties
of, III, 117
Ethylcholestanol(s), properties of, III,
118
24
7
-choIestenol, properties of,
III, 117
24-Ethylcholesterol(s), properties of,
III, 115
24-Ethyl-dehydrocholesterol (s), properties of, III, 113, 115
Ethylenic group, fatty acid oxidation
and, I, 82-87
24-Ethylidenecholesterol, properties of,
III, 115-116
Evolution,
alkali metals and, IV, 708, 711-712
bile salts and, III, 187-189, 223-224
fatty acid composition and, III, 83-91
neurohypophyseal hormones and, VI,
313-316
445
active sites, amino acid sequences of,
IV, 199-206, 231-232
alkali metals and, IV, 679, 700-705
altered,
amphibian differentiation and, VI,
57-63
mechanisms of, VI, 64-67
sea urchin egg development and,
VI, 47-52
seed germination and, VI, 36-38
slime mold sporulation and, VI, 2730
spores and, VI, 14-15, 27-30
amount, variations in, VI, 81-82
chitin degradation by, VII, 112-116
digestive,
secretion of, VI, 348-349
vertebrate and invertebrate, VI,
382-384
formation, control of, VI, 81-103
induction,
advantages of, VI, 106
bacteria and, VI, 83-85
general concepts of, VI, 82-83
other organisms and, VI, 88-95
permeases and, VI, 85-88
spores and, VI, 17-19
levels, urea cycle and, II, 209-220
lignin formation and, IV, 101-102
metamorphosis and, IV, 534, 541-542,
548-550
pentose phosphate cycle, VII, 13-15
phosphorylated, phosphoryl transfer
potential and, II, 29
preformed, spores and, VI, 15-17
repression,
bacteria, VI, 95-98
other organisms, VI, 98-103
sclerotins and, IV, 384-389
Enzyme activity,
control,
energy-supplying pathways and, VI,
79-81
feedback inhibition and, VI, 74-78
product inhibition and, VI, 78-79
evidence of, VI, 14-15
Epimerization, enzymes and, II, 109
Epinephrine, formation of, IV, 264-267
Episterol, III, 117
Epoxidation, detoxification and, VI, 411
Equilibria,
free energy and, II, 2-6
thermodynamics of, I, 16-20
Equilibrium constant, free energy and,
I, 115-116
Ercinine, biochemistry of, I, 198
Ergostanol, III, 118
A
7
-Ergostenol, properties of, III, 116
Ergosterol, properties of, III, 113, 140
Ergothioneine,
biosynthesis of, I, 190, 199-201
function of, I, 201-202
occurrence of, I, 182, 198-199, 200
Erythrocruorins, nature of, IV, 564
Erythrocytes, pentose phosphate cycle
and, VII, 26-35
Escherichia colt,
nitrate reductase of, V, 98-102, 113,
114
nitrite reduction by, V, 129-130
Estrogens, biosynthesis of, III, 181-183,
192
Ethanol, fumarate formation from, V,
278-279
Ethereal sulfates, detoxification and, VI,
414, 420-423, 448
N-Ethyl-/?-asparagine, isolation of, V, 42
24a-E thyl-Δ
7
· ^-cholestadienol, properties
of, III, 117
Ethylcholestanol(s), properties of, III,
118
24
-choIestenol, properties of,
III, 117
24-Ethylcholesterol(s), properties of,
III, 115
24-Ethyl-dehydrocholesterol (s), properties of, III, 113, 115
Ethylenic group, fatty acid oxidation
and, I, 82-87
24-Ethylidenecholesterol, properties of,
III, 115-116
Evolution,
alkali metals and, IV, 708, 711-712
bile salts and, III, 187-189, 223-224
fatty acid composition and, III, 83-91
neurohypophyseal hormones and, VI,
313-316
