464
TOPICAL SUBJECT INDEX
Phosphoglyceric acid,
dehydration of, V, 230-231
formation of, V, 229-230
Phosphoinositides, structure of, III, 1314
Phosphoketopentose epimerase, pentose
cycle and, III, 437-439
Phospholipase(s), classification of, III,
272-274
Phospholipase A,
distribution of, III, 275-277
products of, III, 272-273
properties of, III, 274-275
Phospholipase B,
distribution of, III, 277-278
products of, III, 273-274
properties of, III, 277
Phospholipase C,
distribution of, III, 279-280
properties of, III, 279
Phospholipase D,
distribution of, III, 280-281
properties of, III, 280-281
Phospholipid(s),
bacterial, III, 257-259
biosynthesis, III, 20, 265-272
classification of, III, 11-14, 231
degradation of, III, 272-281
distribution of, III, 231-232, 237-257
fatty acids, III, 7, 12, 20, 27, 86, 9092, 233
animal, III, 55-60, 91
conclusions regarding, III, 62-63
evolution and, III, 90-91
plant, III, 58, 60, 91
specific compounds and, III, 60-62
metabolic functions of, V, 426-429
metabolism of, III, 281-282
photosynthesis and, V, 423-431
plant, historical, V, 429-431
Phosphoric acid,
derivatives, 'energy-rich," I, 121-156
Phosphorolysis,
free energy and, II, 31
phosphoryl transfer and, II, 51-59
Phosphorus,
metabolism, metamorphosis and, VI,
232
Phosphorylase (s),
glycogen synthesis and, IV, 51-53
phosphoryl transfer and, II, 59-62
polysaccharide synthesis and, II, 122125
Phosphorylation,
oxidative,
ascorbic acid oxidase and, I, 473475
cellular localization, I, 460
energy relationships, I, 459-460
historical, I, 458-459
mechanisms of, I, 467-471
methodology and, I, 460-462
occurrence of, I, 471-472
particles and, I, 451-454
phenol oxidase and, I, 475-476
P/O ratios and, I, 462-465
pyridine nucleotides and, I, 463-465
sites of, I, 465-467
photosynthetic,
chloroplasts and, V, 409-422
chromatophores and, V, 422-423
intact cells and, V, 401-409
phospholipids and, V, 423-431
sulfo-oxidizing bacteria and, I, 379381
S-Phosphorylcoenzyme A, free energy
and, I, 147-148
Phosphoryl groups,
pool, maintenance of, II, 77-80
Phosphoryl transfer,
adenosine triphosphate and, II, 36-51
enzymatic, II, 34-69
metabolic sequences and, II, 69-80
mutases and, II, 51
thermodynamics of, II, 2-34
Phosphoryl transfer potential,
alcohols and, II, 10-11
hemiacetal phosphates and, II, 11
Photoreceptors, nature of, I, 269-292
Photosynthesis,
definition of, V, 347-348
energy transfer in, V, 384-401
light energy conversion and, V, 472477
phospholipids and, V, 423-431
phosphorylation,
chloroplasts and, V, 409-422
TOPICAL SUBJECT INDEX
Phosphoglyceric acid,
dehydration of, V, 230-231
formation of, V, 229-230
Phosphoinositides, structure of, III, 1314
Phosphoketopentose epimerase, pentose
cycle and, III, 437-439
Phospholipase(s), classification of, III,
272-274
Phospholipase A,
distribution of, III, 275-277
products of, III, 272-273
properties of, III, 274-275
Phospholipase B,
distribution of, III, 277-278
products of, III, 273-274
properties of, III, 277
Phospholipase C,
distribution of, III, 279-280
properties of, III, 279
Phospholipase D,
distribution of, III, 280-281
properties of, III, 280-281
Phospholipid(s),
bacterial, III, 257-259
biosynthesis, III, 20, 265-272
classification of, III, 11-14, 231
degradation of, III, 272-281
distribution of, III, 231-232, 237-257
fatty acids, III, 7, 12, 20, 27, 86, 9092, 233
animal, III, 55-60, 91
conclusions regarding, III, 62-63
evolution and, III, 90-91
plant, III, 58, 60, 91
specific compounds and, III, 60-62
metabolic functions of, V, 426-429
metabolism of, III, 281-282
photosynthesis and, V, 423-431
plant, historical, V, 429-431
Phosphoric acid,
derivatives, 'energy-rich," I, 121-156
Phosphorolysis,
free energy and, II, 31
phosphoryl transfer and, II, 51-59
Phosphorus,
metabolism, metamorphosis and, VI,
232
Phosphorylase (s),
glycogen synthesis and, IV, 51-53
phosphoryl transfer and, II, 59-62
polysaccharide synthesis and, II, 122125
Phosphorylation,
oxidative,
ascorbic acid oxidase and, I, 473475
cellular localization, I, 460
energy relationships, I, 459-460
historical, I, 458-459
mechanisms of, I, 467-471
methodology and, I, 460-462
occurrence of, I, 471-472
particles and, I, 451-454
phenol oxidase and, I, 475-476
P/O ratios and, I, 462-465
pyridine nucleotides and, I, 463-465
sites of, I, 465-467
photosynthetic,
chloroplasts and, V, 409-422
chromatophores and, V, 422-423
intact cells and, V, 401-409
phospholipids and, V, 423-431
sulfo-oxidizing bacteria and, I, 379381
S-Phosphorylcoenzyme A, free energy
and, I, 147-148
Phosphoryl groups,
pool, maintenance of, II, 77-80
Phosphoryl transfer,
adenosine triphosphate and, II, 36-51
enzymatic, II, 34-69
metabolic sequences and, II, 69-80
mutases and, II, 51
thermodynamics of, II, 2-34
Phosphoryl transfer potential,
alcohols and, II, 10-11
hemiacetal phosphates and, II, 11
Photoreceptors, nature of, I, 269-292
Photosynthesis,
definition of, V, 347-348
energy transfer in, V, 384-401
light energy conversion and, V, 472477
phospholipids and, V, 423-431
phosphorylation,
chloroplasts and, V, 409-422