Subject Index 



643 



to determine free and bound C0 2 , 376, 

 496 



to determine retention of CO,, 372, 376 



to keep the C0 2 pressure constant by 

 means of bicarbonate-carbonate mix- 

 tures, 378, 379, 581 



to measure the quantum requirement of 

 leaves, 380 



to produce defined hydrocyanic acid 

 pressures, 553 



with sidearm connected to trough, 374 



trough, 369 



for two-vessel method, 373 



universal I and II, 555, 556 



for X-ray dosimetry, 371 

 Manometry, at high temperatures, 368 



oxygen determination by dithionite, 366 



sources of error, 377 

 Metabolism, of body cells under physio- 



logical conditions, 496 



of normal and Cancer cells, 488 

 Methods, general, 1 



to measure photosynthesis, 129 



specified, 2 

 Microelements, in experiments with Chlo- 

 rella, 207, 257, 264 

 Mirror, the mobile, 201, 205 



the partly transmitting, 201, 205, 262 

 Multiquanta-problem, Solution, 135, 278, 



289, 418, 421 



Nicotinamide, demonstration of hydrogen 

 transfer by fluorescence, 211, 212 



Oxygen, necessary pressure in photosyn- 

 thesis, 427 



Oxygen capacity of Chlorella, aerobic syn- 

 thesis, anaerobic decomposition, 274, 

 282, 567 

 discovery, 274 



inhibition by phenanthroline, 291 

 quantum requirement of oxygen devel- 

 opment in light, 281 



Oxygen respiration, the energy-supplying 

 reaction for the synthesis of the photo- 

 lyte, 568 

 partial reaction in photosynthesis, 427 



Pasteur reaction in Solutions, 68 

 o-Phenanthroline, comparison of ortho and 

 meta, 560 



inhibitor, of dark phosphorylation, 612 

 of fluoride-induced dark respiration, 

 611 



of light dehydrations, 465, 622 

 of light phosphorylations, 465, 622 

 of oxygen development in light (in 

 photosynthesis or in grana reac- 

 tions), 560, 622 

 of the photolyte-splitting in light, 291 

 of reduction of ferricyanide in Chlo- 

 rella in the daik, 317 

 of resynthesis of glutamic acid in the 



dark n 100, 611 

 of resynthesis of the photolyte in the 

 dark, 613 

 Phosphorvlation by dehydration, discov- 

 ery, 62 



equations, 62, 231, 234 

 inhibition, by arsenate, 62 



by phenanthroline, 465, 622 

 "light phosphorylation", 465, 622 

 Photolysis, of CO., in photosynthesis, 18, 

 294, 435, 481, 625 

 of water in photosynthesis, 17 

 Photolyte of photosynthesis, aecumulation 

 in Chlorella in the dark, 567 

 aerobic synthesis, anaerobic decomposi- 

 tion, 574, 575 

 in two steps, 615 

 CO., development in the dark by fluor- 



id'e, 625 

 influence of CO., pressure, 567 

 inhibition, by arsenate, 573 



of the second step by hydrocyanic 

 acid, 615 

 oxygen development in light, 576 

 stoiehiometric relation to glutamic acid, 

 Chlorophyll, and oxygen capacity, 571, 

 572 

 Photosynthesis, methods, 129 

 survey in science, 386 



Quanta-actinometer, manometric, 75 

 Quantum requirement of photosynthesis, 

 14, 15, 449 



the compensation method, 60 

 determination, at high light intensities, 

 201, 267, 414 



with thin cell suspensions, 414 

 high quantum yield, 92, 99 

 influence on, of blue-green light, 242 

 of CO., pressure, 165, 447, 452, 484, 



582" 

 of fluetuating light intensity during 



eultivation of Chlorella, 361 

 of vanadium, 312 

 results in 1961, 447, 452, 484, 542, 582 



