SUBJECT INDEX 



587 



Chlorophyll molecule, 438^69 

 dipole, 444 

 enol, 444, 459, 493 

 isomers, 403, 444 

 long-lived states, 484-486 

 mesomers, 442-444 

 shape and size, 448-449 

 two green forms, 166-167, 556 

 water content, 450 

 Chlorophyll oxidation, 455-466 



in PS, 551-557 

 Chlorophyll peroxide, 293, 461 

 Chlorophyll photochemistry, in vitro, 383, 

 483-521 

 in vivo, 526-560 

 Chlorophyll-protein complexes, artificial, 388 



natural, 68, 383-389, 502-503 

 Chlorophyll-protein ratio, in chloroplasts, 



387, 389-391 

 Chlorophyll reactions, 450-467 

 alcoholysis, 381, 459 

 allomerization, 293, 400, 459-462, 492- 



493 

 with ascorbic acid, 273 

 with associated oxidants and reductants, 



545 

 carbamination, 183, 454 

 with CO, 316 

 with CO2, 451^56 

 dismutation, 460, 489, 519 

 enolization, 444, 493 

 exchange with C*, 557 

 with H*, 557 

 with Mg*, 467 

 with FeCls, 295, 464-466 

 hydrogenation, 441, 457, 458 

 phase test, 457, 459, 465-466 

 polymerization, 519 

 uptake of CO2, 451-456 

 of H2O, 454-455 

 of O2, 293, 499 

 with water, 450-451 

 Chlorophyll reduction, 90, 456-466, 491 



in PS, 551, 553, 554-557 

 Chlorophyllase, 380-381, 447, 467 

 Chlorophyllides, 440, 447, 448^49, 462 

 Chlorophyllin, 439, 447; shape, 448 

 Chlorophyllogen,. 404:, 405, 431, 457 

 Chloroplastic matter, separation and com- 

 position, 204, 269, 368-371, 376-379, 

 381, 411-412 



Chloroplastin, 385-386, 389, 537 

 Chloroplasts, 354-397 



alignment in light, 549, 551 



birefringence, 364-367 



Chi content, 389-391, 411-412 



content of ascorbic acid, 269-271 



dichroism, 361 



grana and lamina, 357-361, 361-367 



iron and copper assay, 376-379 



membrane, 357 



number, size, shape, and volume, 354- 

 357, 371 



pH, 451 



PS in vitro, 61-67 



proteins and hpoids, 371-376 



sensitizers in Hill's reaction, 63-67 



state of pigments, 382-394 



structure, 354-367 



water content, 382 

 Chlorosis, 337-339, 372-373, 414, 428, 429 

 Chromatic adaptation, of algae, 421-427 



of land plants, 422^24 

 Chromatoplasm, 355 

 Chromoplasts, 354-367 

 Chromoproteids, 382, 417-419 

 Citrate, in nonsucculent plants, 250, 267- 

 269 



as plant food, 261, 262, 266 



as R intermediate, 268-269 



in succulents, 264 

 Cleavage test, 460 

 Coacervates of Chi, 392 

 Combustion energy, 214-216 

 Compensation point of PS, 302 

 Complementary chromatic adaptation, 421- 



427 

 Conifers, Chi formation in dark, 430 

 Conjugation, influence on bond energy, 



183-184, 214, 218-219 

 Copper, assay in chloroplasts, 379 



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

 Coupled reactions, in CS, 141, 142, 235 



in PS, 234 

 Crotonic acid, preparation from purple 



bacteria, 110 

 Cupric ions, effect on PS, 336, 340, 341 

 Cyanide effect, on carbonic anhydrase, 182 

 on catalase, 284-286 

 on Chi fluorescence, 310-311 

 on C*02 uptake, 203, 242 

 on CO2 pickup, 207-308 



