2030 



SUBJECT INDEX 



Ce chain, formation by head-on condensa- 

 tion of two trioses, 1671 

 C{11) tracing, of C exchange in Chi, 557 

 of CO2 fixation in PS, 37, 202-05, 241- 



44, 1634 

 of CO2 role in metabolism of methane 



bacteria, 122 

 of reversibiUty of decarboxylation, 185- 

 86, 201 

 C(13) mass spectrography, of C02-induc- 

 tion burst, 1940-41 

 of isotopic discrimination in PS, 1928-29 

 of R during PS, 1927-28 

 C{14) mass spectrography, of isotopic dis- 

 crimination in PS, 1926-28 

 C(14) tracer studies 



C{14) tracer studies, 244, 939, 1533, 1535- 

 37, 1548, 1577-85, 1614, 1630-98, 

 1671, 1701-02, 1927-29 

 of CO2 fixation, by reversal of decar- 

 boxylations in R, 1630, 1632-34, 

 1635-37, 1642, 1647-48, 1660, 

 1691 

 of CO2 fixation and reduction, by HR, in 

 chloroplastic prejjarations, 1533, 

 1535-37, 1548, 1577-85, 1614, 1635, 

 1701 

 by PR, in bacteria and H2-adapted 



algae, 1671, 1701 

 by PS, 244, 939, 1630-98 

 anaerobic, 1648-49 

 in dark after pre-iUumination?, 



1632, 1634-44, 1646-55 

 early intermediates other than 



PGA, 1646-66 

 effect of inhibitors, 1686-88 

 intramolecular distribution of label, 

 1631-32, 1663-64, 1665-66, 1671- 

 72 

 kinetics, 1676-84 

 occurrence in cytoplasm?, 1635 

 paper chromatography of products, 



1655-66 

 PGA as first tagged product, 1644- 



46, 1651-55 

 post-photosynthetic tagging of tri- 

 carboxylic acids, 1645-46, 1660, 

 1666, 1680-82, 1698-99 

 proof of a cycle, 1664-66 



role of a C2 body as CO3 acceptor?, 



1675-76 

 role of C5 and C? sugars, 1670-86 

 role of malic acid, 1666-76 

 sequence of intermediates, 1688-98 

 sequence of sugars, 1684-86 

 in squeezed-out cell material, 1537, 



1701 

 stationary concentration of tagged 



intermediates, 1679 



tagging after 1 hour of PS, 1631-32 



tagging of uridine, adenine, and 



adenosine sugar phosphates, 1686 



time course of tagging, 1668-70, 



1676-86 

 two different CO2 acceptors?, 1666- 

 70, 1688-98 

 of CO2 uptake in the deacidification of 

 succulents, 1702 

 Calcixim carbonate, in aquatics, 197 



in leaves, 194, 377 

 Carbamates, formation from amines and 



CO2, 181-83 

 Carbaminatian, 123, 182, 188, 191, 194, 

 289 

 of Chi, 454 

 Carbohydrates 

 Carbohydrates, 38-43 

 effect, on greening, 429 

 on PS, 331-33 

 on R, 333 

 energy, 49 



as "internal factor" in PS, 875 

 occurrence in leaves, 44-45 

 as products of CS and PS, 33, 36-38, 



118, 140, 241-42, 853, 1684-86 

 role in succulents, 265 

 Carbon, cycle on earth, 19 

 as reductant in CS, 112, 118 

 subhmation energy, 213 

 Carbon dioxide 

 Carbon dioxide, "free" and "bound," 189- 



90 

 Carbon dioxide absorption, by alcohols, 

 179-80 

 by alkaline earth carbonates, 179 

 by amines, 181-83 

 by bacteria, 110, 114, 209 

 by blood, 182 



Volume I, pp. 1-59Q; Volume II.I, pp. 601-1208; Volume II.2, pp. 1209-2088 



