2032 



SUBJECT INDEX 



by methane bacteria, 121-22 

 by nitrate-reducing plants, 539 

 Carbon dioxide limitation of PS, 901-03 

 as function of temperature, 1242-43 

 Carbon dioxide molecule, energy, 215-18 



ionic dissociation, 173-76 

 Carbon dioxide as narcotic, 903, 1898 

 Carbon dioxide penetration, into cells, 195- 



97, 887-88, 1891-92 

 Carbon dioxide "pickup," after PS, 203, 

 206-08, 919, 932, 1413, 1415, 1634, 

 1643, 1654-55 

 Carbon dioxide reactions in vitro, with alco- 

 hols, 179-81 

 with amines, 181-83 

 chemical reduction, 79-81 

 with Chi, 451-56 



direct photochemical and electrochemi- 

 cal reduction, 81-84 

 with R-H compounds (carboxylation), 

 183-88, 208-09, 222-26, 1632-33, 

 1634, 1673-74, 1675 

 sensitized photochemical reduction, 84- 



94 

 with water, 84, 173-79 

 Carbon dioxide reduction, chemosynthetic, 

 in bacteria, 1 1 1-23 

 in H2 "adapted" algae, 138-42 

 coujaled with phosphorylation, 226-29, 



1702-09 

 by HR, in chloroplast preparations and 

 squeeze-out cells, 1530-37, 1577-85, 

 1614, 1701 

 in vitro, chemical, 79-81 



photochemical, by ultraviolet Hght, 



81-84 

 sensitized, by visible light, 84-94 

 by PR, in bacteria, 99-111, 168-70 



in H2 adapted algae, 146-48, 168-70 

 by PS, as dark reaction, 157, 173, 213- 

 44, 246-48, 1630-98 

 discovery, 19-22 

 intermediates (radiocarbon studies), 



1630-98 

 as primary photoprocess, 157-59. 

 160-64 

 thermodynamics, 213-22 

 true reduction vs. carboxylation, 187- 

 88 



Carbon dioxide reserves, in plants, 188-95, 



1324 

 Carbon dioxide role, in light scattering by 



algae, 1866 

 Carbon dioxide salting-out, from water, 



179 

 Carbon dioxide saturation, of PS, 867, 892- 

 98, 903-10, 916-34 

 theory, 916-34 

 Carbon dioxide solubility, 173-79, 189 

 Carbon dioxide supply to PS sites, by dif- 

 fusion, 866, 867 

 through roots, 909-10, 1901 

 Carbon isotopes, discrimination in PS, 1901 

 Carbon monoxide, 81-82, 112, 113, 118, 

 260, 316-17, 1611 

 in bacterial metabolism, 112, 113, 118 

 as poison, for HR, 1611 

 for PS, 316-17 

 Carbon tetrachloride, effect, on infrared 

 spectrum of Chi, 1812-14 

 on reversible bleaching of Chi, 1488, 

 1492 

 Carbonate. See also Bicarbonate. 

 Carbonate-bicarbonate buffers, 178, 196, 

 198, 340, 887-89, 899, 905-07, 909, 

 950-53 

 Carbonate-bicarbonate equilibrium, in 

 plants, 190-95 

 in solution, 173-79 

 Carbonate fertilization, 902, 903 

 Carbonate ions, energy, 218 

 inhibition of PS?, 197-98 

 spectrum, 81 

 Carbonates, occurrence in plants, 189-95, 



199-200 

 Carbonic anhydrase, 176, 182, 186-87, 199, 

 380 

 in chloroplasts, 1744-45 

 Carbonyl groups, in chlorins, effect on spec- 

 trum, 626, 629 

 energy, 215, 218, 1576, 1578, 1674. 

 See also Oxidation-reduction po- 

 tential 

 as oxidants, for Chlorella, 542-43, 1616- 

 17, 1625 

 for HR, 1576-85 

 phosphate ester, energy, 224-25 

 position in Chi, 627-28 



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



