594 



SUBJECT INDEX 



on HCN solutions, 301 



on PS, 198, 339-340 



on redox potentials, 220 

 Phase test, 457, 459, 465, 492-493 

 Phenantroline, effect on adapted algae, 



135, 314, 319-320 

 Phenols, as Chi protectors, 501 



conversion to starch, 261 



energy, 185 

 Phenylhydrazine, photochemical reactions, 



504-505, 509, 512 

 Pheophosphide, 447, 458, 462 

 Pheophyceae. See Brown algae 

 Pheophytin, 447, 452, 453, 454, 456, 467, 



493-494, 498 

 Phorbins, 447 

 Phosphate bond, energy, 115 



role in CS, PS, and R, 225, 227-229 

 Phosphates as CO2 absorbers in leaves, 



190-195 

 Phosphatidic add in leaves, 374-375 

 Phospholipides in leaves, 374-376, 393 

 Phosphorescence, 485 



use for O2 detection, 327 

 Phosphorus, deficiency effect on PS, 339 



in plants, 228, 374, 376-377 

 Phosphorylation, coupled with carboxyla- 

 tion, 115, 201 

 with CS, 114, 229 

 with PS, 150, 226-229 

 with R, 222-226 

 Photautotrophic bacteria, 99, 101 

 Photautoxidation, 70, 72 



in vivo, 526-538 

 Photocatalysis, 56, 161-162, 507 

 Photochemical reactions, of adapted algae, 

 142-148 



of carotenoids and phycobilins, 521-522 



of Chi, 483-524 



of pigments, in vivo, 526-560 

 Photodismutation, 485-486 

 Photodynamic reactions, 56, 76, 317, 507- 



510, 520 

 Photogalvanic and photovoltaic effect, 76 

 Photoheterotropic bacteria, 101, 106-111 

 Photoreduction, 101 



by adapted algae and bacteria. 111, 129, 

 136, 146-148, 169-170 



of Chi, 458, 505, 551, 553 



effect on poisons, 310, 314, 316-317, 

 319-320 



primary process in PS, 161, 551, 553 

 in succulents, 34 

 Photorespiration, 527, 567, 569-570 

 Photostationary state, 10, 71, 72, 82, 486- 



493 

 Photosynthesis, analogy to CS, 234-235 

 artificial (achievement?), 86-87, 93 



(definition), 84 

 bacterial (= photoreduction), 148 

 complete and partial, 61 

 effect of chemical inhibitors and stimu- 

 lants, 300-344 



of poisons and narcotics, 300-325 



of various physical agents, 344-347 

 from acids in succulents, 265-266 

 from CO2 and H2 in algae, 129 

 interaction with R, 562-566 

 by leaf powders and single chloroplasts, 



61-67 

 of N compounds, 87, 88 

 net, 31 

 normal, 32 



relation to R, 309, 561-570 

 residual, in presence of HCN, 302-304, 



308-309 

 schemes, 136, 144, 153, 157, 159, 160, 



162, 165, 235, 239, 552 

 true, 32 

 with substitute oxidants, 541-543 



substitute reductants, 99-148 

 Photosynthesis, inhibition, 300-325 

 by alkah, 340 

 by alkaloids, 321 

 by anions, 341-342 

 by azide, 318 

 by chloride, 341-342 

 by chloroform, 320-321 

 by CO, 316-317 

 by Co++ and Cu++, 336, 340 

 by cyanide, 301-311, 340-341 

 by dinitrophenol, 319 

 by ethanol and ether, 320-321 

 by excess carbohydrates, 331-333 

 by excess CO2, 330-331 

 by excess light, 532-536 

 by excess osmotic pressure, 341 

 by excess O2, 328-330, 531 

 by heavy metals, 340-342 

 by Hg++, 336, 341 

 by H2O2, 286, 318 

 by HjS, 315-316 



