2070 



SUBJECT INDEX 



Photoelectric conductivity, of Chi in PS 



units?, 1299 

 Photogalvanic effect, in Chl-ascorbic acid 

 system, 1520-22 

 in Chi, Pheo, or phthalocyanine-coated 



electrodes, 1521-22 

 in chloroplast-dye systems, 1575 

 in chloroplast-quinone systems, 1572, 

 1598-1600 

 Photogalvanic and photovoltaic {Becquerel) 



effects, 76, 1521-24 

 Photoheterotrophic bacteria, 101, 106-11 

 Photo-oxidation. See Photoxidation 

 "Photoperoxides," 825, 948, 950, 1014 



role in induction, 1369, 1421, 1422 

 Photoreduction 



Photoreduction, of acids in succulents, 34, 

 264-67, 1702 

 of BChl and bacteriopheophytin, re- 

 versible, 1505 

 of Chi, as primary process in PS, 551, 

 553-57 

 in vitro, activation by bases, 1500-07 

 not quite reversible, 1502, 1504 

 reversible, 505-06, 1500-07 

 in vivo, revealed by absorption 

 changes?, 1989 

 of CO2, by "adapted" algae. 111, 128- 

 36, 146-48, 169-70, 310-11, 314, 

 316-17, 319-20, 956, 1374-75, 

 1701 

 adaptation and de-adaptation, 128- 

 36, 310-11, 314, 316-17, 319-20, 

 956, 1701 

 C(14) study, 1701 

 induction, 1374-75 

 inhibition, 310-11, 314, 316-17, 

 319-20, 956 

 by bacteria = bacterial PS. See 

 also Bacteria, photosynthetic, and 

 Bacteriochlorophyll 

 action spectrum, 1187-89, 1301-02, 



1871-74 

 C(14) study, 1701 

 chemistry and energetics, 99-111 

 effect of [C02],893, 941, 972 

 effect of inhibitors, 950-60, 977, 



1061-64 

 effect of light intensity, 948, 969, 



972, 974, 977-79, 1009-11, 1049, 

 1052-55, 1059, 1061-63 

 effect of mixed reductants, 947 

 effect of pH, 978-79, 1064, 1919 

 effect of reductant concentration, 



941-43, 943-49, 972 

 effect of temperature, 974, 1057, 



1059 

 flash yield, 1274, 1481-82 

 induction phenomena, 1406 

 quantum yieJd, 1125-29, 1968-69 

 sigmoid light curves, 974, 977, 979, 

 1009-11, 1126 

 of neutral red and phenol indophenol, 



reversible, 1506 

 of phthalocyanine and its Mg complex, 



reversible, 1504-05, 1506 

 as primary process in PS, 154, 157-59, 



161, 551, 553-57 

 of protochlorophyll, 1505 

 of riboflavin and safranin T, reversible, 

 1506 

 "Photorespiration," 527, 567, 569-70, 



1325-26, 1347, 1926, 1951-56 

 "Photosensitive complex," effect of second- 

 ary reactions in it on kinetics of PS 

 and fluorescence, 930-34, 936, 941, 

 942, 947, 950, 959, 960, 1020-33, 

 1073-76 

 Photostationary concentration, of PS inter- 

 mediates, 1679, 1708-09 

 Photos3mthesis 



Photosynthesis, action spectrum, 1142-87, 

 1303-04, 1876-79 

 anaerobic, 1364-71, 1915 

 artificial, 84, 86-87, 93, 1982 

 bacterial. See Photoreduction of CO2 by 



bacteria 

 in cell-free chloroplast preparations?, 



1537, 1701 



chemical mechanism, of CO2 fixation 



and reduction, general chemical 



and energetic considerations, 38- 



51, 172-246 



pre-tracer search for intermediates, 



246-81 

 tracer studies, 241-44, 1630-1714 

 early theories, by v. Baeyer, 48, 51 

 by Baur, 248 



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



