586 



SUBJECT INDEX 



Catalyst Eb (stabilizing catalyst, a mu- 



tase?), 163, 173, 379 

 Catalyst Ec (deoxidase), 173, 281, 312, 379 

 absence in bacteria, 168 

 inhibition by H.S and NH2OH, 312, 316 

 Catahjst Eo (deoxidase), 134-136, 281 

 Catalytic reactions in PS. See Nonphoto- 



chemical processes 

 Cations, as photoxidants for water, 74-76 



transfer through leaves, 197 

 Cell membranes, permeabiUty to neutral 



molecules, 197, 301, 319, 539-540 

 Cellulose, 42, 49 

 Ceric ions, reaction with Chi, 464-465 



PO of H2O, 74, 75 

 Chemautotrophic bacteria, 4, 99, 101, 112- 

 125 

 efficiency, 118-122 

 Chemosynthesis, 99, 111-124 

 in algae, 141-142 



energy dismutation theory, 166, 235-239 

 phosphorylation theory, 229 

 schemes, 142, 144, 235, 238 

 Chlorides, effect on PS, 341-342 



in leaves, 376-377 

 Chlorins, 447, 457, 467 

 Chloroform, effect on PS, 320-321 

 Chlorofucin. See Chlorophyll c 

 Chloroglobin, 389 



Chlorophyll, 382-394, 402^12, 438-470, 

 483-521, 526-557 

 as acceptor, for H in PS, 154-161 



for H2O and CO2 in PS, 287, 450, 545 

 association, with CO2, 287, 451-456, 545 

 with lipoids, 382-384, 391-394 

 with O2, 455, 492, 520-521 

 with oxidants and reductants in PS, 



545 

 with proteins, 382-384, 393 

 with sentitization substrates, 520- 

 521, 544-547 

 bleaching, reversible, 486-494, 517, 550 

 in vitro, 383, 486-506 

 in vivo, 537-538, 550 

 catalyst in dark, 466, 504 

 colloids, 68, 452^53, 502-503 

 extracts, 382-383, 384-387, 394. See 



also Chloroplastin and Chloroglobin 

 fibns, 68, 394, 449-450 

 fluorescence. See Fluorescence 



function in PS, 69, 154-161, 166-167, 

 287, 294-295, 384, 427-428, 450, 

 505-506, 545, 548-558 

 inheritance, 431 

 photocatalyst, 56, 69, 384 

 photoreductant and photoxidant in PS, 

 155, 294-295, 304, 505-506, 550, 551, 

 554-557 

 sensitizer, for autoxidations, 289 

 for H2O2 formation, 78 

 for MoHsch reaction, 271 

 for nitrate reduction, 538-541 

 for PR of dyes, 504 

 for PS in vitro, 67-69, 89, 90-94 

 in vitro, 507-522 

 in vivo, 526-558 

 spectrum, 362, 383, 403, 427, 443-444 

 state in vivo, 367, 382-394 

 tautomeric, role in bleaching, sensitiza- 

 tion, and fluorescence, 484-485, 489- 

 491, 493, 499-500, 515, 545 

 Chlorophyll a-chlorophyll b ratio, 389, 402- 



404, 408-409, 419, 422, 423, 424, 554 

 Chlorophyll a', 403 



Chlorophyll b, conversion to a, 466-534 

 occurrence, 405-406 

 specific function in nature, 150, 403, 



406, 422 

 specific properties, 423, 451, 462 

 Chlorophyll b' , 403 

 Chlorophyll c (chlorofucin), 402, 406-407, 



439 

 Chlorophyll-carotenoid ratio, 413, 414, 422, 



423, 427 

 Chlorophyll concentration, diurnal varia- 

 tions, 419, 420 

 effect of external factors, 419-432 

 effect on PS and catalase activity, 285 

 on HCN poisoning, 304 

 on quantum yield of sensitization, 

 509, 512, 519 

 in grana, chloroplasts, and cells, 204, 



391, 411-412 

 in leaves and algae, 407-409 

 in Upoid leaf fraction, 375 

 unchanged by PS, 549-550 

 Chlorophyll d and d', 407, 439 

 Chlorophyll formation in plants, 404-405, 431 

 in dark, 404, 430, 431 

 effect of external factors, 345-346, 427- 

 431 



