2038 



SUBJECT INDEX 



diurnal variations?, 419, 420 

 in lipoid fraction, 375 

 unchanged by PS, 549-50 

 of plants, as adaptation phenomenon, 

 419-27 

 as kinetic factor in PS. See Chloro- 

 phyll factor 

 ontogenetic and phylogenetic adapta- 

 tion, 424-27 

 Chlorophyll crystals, 448-49, 1751-52, 

 1782-86, 1815-27 

 absorption spectra, 1815-27 

 of Chl-protein complexes?, 1751-52 

 fluorescence, 1824 

 stability, 1785 

 "Chlorophyll curves," of PS, 1259, 1260 

 Chlorophyll-deficient cells, respiration, 983 



See Aurea leaves and Chlorosis 

 Chlorophyll-deficient leaves. See Aurea 



and Chlorotic leaves 

 Chlorophyll extracts, aqueous from plants, 

 382-87, 394, See also Chlorophyll 

 colloids, Chloroplast suspensions, and 

 Chloroplastin 

 Chlorophyll Factor in Photosynthesis 

 Chlorophyll factor, in PS, 285, 304, 834-35, 

 1016, 1258-99, 1359-61, 1963 

 effect, on maximum flash yield, 

 1272-80 

 on maximum quantum yield, 1963 

 relation to catalase activity, 285 

 role in HCN poisoning, 304 

 role in induction phenomena, 1359-61 

 role in light saturation?, 1016 

 Chlorophyll Fluorescence in vitro 

 Chlorophyll (a and b) fluorescence, 546-48, 

 740-98, 806-26, 939^3, 1047-67, 

 1299-1310, 1375-1406, 1827-38, 1867- 

 82 

 in "chloroplastin," 776 

 in chloroplast suspensions, 1382, 1404, 



1415 

 in Chl-protein complexes, 1754 

 in colloids and adsorbates, 385-88, 392, 



393, 394, 775-77, 1825-26, 1837 

 in crystals, 1824-25 

 in solutions, 546-47, 740-98, 1827-38 

 activation, by phenylhydrazine, rela- 

 tion to quenching, 1834 



by polar molecules, 646-48, 763-72, 

 788, 1835 

 concentration quenching. See Self- 

 quenching 

 fading, 492, 495, 497, 501 

 long-lived infrared, 749, 794, 795, 



1291, 1835 

 polarization, 1830-31 

 "protection" by lipides and lipophilic 



solvents, 775-77 

 quantum yield, 751-54, 1828-30 

 quenching, 167, 483, 490, 518, 777- 

 90, 1831-35. See also Self- 

 quenching 

 by allyl thiourea 780 

 by o-aminophenol, 782 

 by benzidine, 780 

 by chloranil, 782, 784 

 by 2,6-diaminopyridine, 782 

 by dimethylanihne, 782 

 by TO-dinitrobenzene, 782-84 

 by duroquinone, 782, 784 

 by hydroquinone, 783 

 by methyl red, 782, 784 

 by nitric oxide, 782, 784 

 by nitrobenzene, 782 

 by ^-nitro-/3,7-hexene, 782 

 by |3-nitro-/3-methylstyrene, 782 

 by j3 nitroso-a-naphthol, 782, 784 

 by /3-nitrostyrene, 782, 784 

 by O2, 546-48, 778-80, 782, 784 

 by oxidants, 783-84 

 by oxidation substrates, 518, 780 

 by phenylhydrazine, 782, 786, 

 1513, 1834. See also under 

 Activation 

 by 2-phenyl-3-nitrobicy clo- [ 1 ,2,2] - 



heptene-5, 782 

 by quinone, 782, 784 

 by reductants, 783-84 

 by trinitrotoluene, 782, 784 

 self-quenching, 755, 759-61, 772-77, 

 789, 1831, 1832 

 effect of temperature, 774, 1833 

 protection by lipides, etc., 775-77 

 sensitization, 1835-36 

 solvent effect on yield. See Activa- 

 tion and Quenching 

 spectrum, 740-47, 749-51, 1827-28 



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



