2044 



SUBJECT INDEX 



alignment in light, 549, 551, 679-81 

 birefringence, 364-67, 718, 1741-42 

 composition. See Chloroplastic matter 

 dichroism, 366-67, 718 

 membrane, 357, 1722-23, 1733 

 morphogenesis, 359, 1717, 1731-32, 



1991 

 number in cells, 357-58 

 pHin,451 

 pigments, location and state, 382-94, 



1736-40 

 shape, 356-57, 1733-36 

 structure, 354-67, 1714-42, 1983, 1985, 

 1987, 1991. See also Chloroplast 

 membrane, Grana, Lamina, and 

 Stroma 

 electron microscopy, 363-64, 1718-40, 



1983, 1985, 1987, 1991 

 in Chlorella, 1726-27 

 in flagellates, 1728-29 

 microscopy, 358-65, 1714-18 

 optical study, 364-67, 1741-42 

 ultracentrifuge study, 1740-41 

 volume, 357, 371, 1733-36 

 water content, 382 



whole, composition, 369-70, 377, 390-91 

 photochemical activity (C* and P* 

 fixation and ATP formation), 

 1537, 1543, 1701 

 See also Chloroplastic matter 

 Chloroporph-yrin-Ci dimethyl ester, 622 



absorption spectrum, 621 

 Chlorotic plants 



Chlorotic plants, 337-39, 373, 414, 428, 429 

 carotenoid content, 414 

 kinetics of PS, 1268-70, 1273 

 produced by ionic deficiency, 337-39, 428 

 Chromate, as oxidant in HR, 1563-64 



pH effect, 1602 

 Chromatic adaptation, 421-27, 730-36, 995 

 "Chromatophores," precipitation by ultra- 

 centrifuge, 1740 

 "Chromatoplasm," 355 

 Chromidia, 1732 

 Chromophyllin, 1751 

 Chromoplasts, 354-67 

 Chromoproteids, 382, 417-19, 1561 

 Citric acid 



Citric acid, C(14) tagged, after illumina- 

 tion, 1680-82 

 C(14) tagging, in dark, 1660 



in light, enhanced by NH2OH, 



1908-09 

 none in hght, 1666, 1681 

 occurrence, in nonsucculent plants, 

 250, 267-69 

 in succulents, 264, 1702 

 as plant food, 261, 262, 266 

 as R intermediate, 268-69, 1690 

 Cleavage test, 460 

 Coacervates, of Chi, 392 

 Coenzyme A, 1690, 1699 

 Coenzymes I and II. See Pyridine 



nucleotides 

 Colchicine, effect in Chi synthesis in vivo, 



1766 

 Combustion energy, of C^H — O com- 

 pounds, 214-16 

 Compensation point 



Compensation point, on CO2 curves, 898- 

 901, 1898-1901 

 on light curves, 981-85, 1234 



quantum yield below and above it, 



1113-16, 1132, 1898 

 temperature dependence, 1234 

 Complementary chromatic adaptation, 421- 



27 

 Complexon. See Ethylenediaminetetracetic 



acid 

 "Conditioning'' light, effect on induction, 



1322 

 Conifers, Chi formation in dark, 430 



low temperature PS, 1218-19 

 Conjugation, influence on bond energy, 



183-84, 214, 218-19 

 Copper, in chloroplasts, 379 



role in PS, PO, and R, 320, 538 

 Copper acetate, as catalyst for Chi autoxida- 



tion, 463 

 Copper pheophorbide, non-fluorescence, 749, 



752 

 Coproporphijrin III, role in chlorophyll 



biosynthesis, 1770 

 Coupled reactions, in CS, 141, 142, 235 



in PS, 234 

 Crotonic acid, preparation from purple 



bacteria, 110 

 Cryophilic plants, 1218 

 PS, 1218-20, 1225-27 

 R, 1230 

 Crystals, shift of absorption bands, 

 1815-25 



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



