SUBJECT INDEX 



2069 



effect of drop in [CO.], 1684 



first product labelled, 1644-46, 1650- 



53, 1658-59, 1682, 1683 

 inhibition by poisons, 1687-88 

 last product unlabelled, 1677-78 

 photostationary concentration, 1679, 



1683-84 

 in PS, 1639, 1641, 1644-46, 1650-53, 

 1656, 1658-59, 1661-62, 1665- 

 66, 1668, 1677-78, 1679-80, 

 1682-84, 1687-88 

 time course of tagging, 1668, 1677, 

 1680, 1682, 1683, 1684 

 isomers (a and (3), order of tagging, 



1661-62 

 isotopic equilibration with free acid, 



1662 

 P(32) tagged, 1661 

 photostationary concentration, 

 1708-09 

 role in PS, 1535, 1664-65, 1672-74, 

 1675-76, 1685, 1687, 1691-98, 

 1984, 1986 

 formed by carboxylation, of a C2 

 compound?, 1675-76, 1691-96 

 of ribulose diphosphate, 1535, 1672- 

 74, 1680, 1697-98 

 reduced by hght to phosphoglycer- 

 aldehyde?, 1578, 1687, 1703, 1986 

 regenerated in a cycle, 1664-65, 

 1685, 1691-98 

 Phospholipides, in leaves, 374-76, 393 



role in chloroplast structure, 368, 393 

 Phosphopyridine nucleotides {DPN, TPN). 



See Pyridine nucleotides 

 Phosphopyruvic add, C(14) tagging, in 

 dark after pre-illumination, 1639-41 

 in light, 1656, 1658, 1662, 1677, 1683 

 equilibration with phosphate-free acid, 

 1662 

 Phosphorescence, 757, 790-95 

 of Chi, 749, 790-95, 1291 

 effect of O2, 793-94 

 Phosphorescence quenching, as method of 

 O2 determination, 327, 1534-35, 1580 

 Phosphorus, content in chloroplast ash, 

 376-77 

 in chloroplasts, determined with 

 P(32), 1743 



Phosphorus compounds, soluble in ether, 

 appearance in greening seedlings, 1761 

 soluble in trichloraci'tic acid, formation 

 by Chlorella in hght, 1704-05 

 Phosphorus deficiency, effect on PS, 339 

 Phosphorus metabolism, of chloroplasts, 

 1537, 1614 

 of plants, 228, 1679, 1682-83, 1702-09 

 induction phenomena, 1704, 1706-07 

 P(32) studies, 1660-61, 1679, 1682- 

 83, 1702-05, 1708-09. 

 See also Adenine phosphate, Adenosine 

 diphosphate. Adenosine monophos- 

 phate. Adenosine triphosphate. 

 High energy phosphates, etc 

 Phosphorylation, coupled with carboxyla- 

 tion, 115, 201 

 with CS, 114,229 

 with PS, 150, 226-29, 1537, 1614, 



1702-09 

 with R, 222-26 

 "photosynthetic," 1537, 1614, 1702-09 

 of ribulose phosphate, requires high 

 energy phosphate, 1674 

 Photactivation, of enzyme permitting to 



use bicarbonate for PS, 1887 

 Photautolrophic bacteria, 99, 101 

 Photautoxidation. See Photoxidation 

 Photocatalysis, 56, 161-62, 507 

 "Photochemical antirespiration," 1963 

 Photochemical intermediates, role in induc- 

 tion, 1409-12 

 Photochemical reactions, of "adapted" 

 algae, 142-48 

 of carotenoids and phycobiUns, 521-22, 



1487 

 of Chi, in vitro, 483-507, 1487-1507 

 sensitized by Chi, in chloroplast prepara- 

 tions, 61-69, 1528-1616 

 in vitro, 507-21, 1507-28 

 in vivo (other than PS and PR), 526- 

 60, 1616-26 

 Photochemiluminescence, of Chi, in vitro, 

 794, 1838-39 

 in vivo, 1839^1 

 " Photodismutation," 485 

 Photodynamic reactions, 56, 76, 317, 507- 

 10, 520 



Volume I, pp. 1-599; Volume II.l, pp. 601-1208; Volume II.2, pp. 1209-2088 



