AUTHOR INDEX 1999 



, Schade, A. C, Hunter, J., and Warburg, O.: Manometric method for measuring 



quantum yield, 1943. 

 . and Warburg, O.: True yield of photosynthesis revealed in induction, 1427; pheo- 



phorbide actinometer, 1528; "one-quantum process" in photosynthesis, 1951- 



1952. 

 Burr, G. O. See Beber, A. J.; Miller, E. S.; Myers, J. 

 Burrell, R. C. See Varner, J. E. 



Burstrom, H.: Nitrate metabolism and photosynthesis, 1709. 

 Burton, A. C: Temperature dependence of reaction series, 1251, 1252. 

 Bustraan, M. See Thomas, J. B. 

 Butt, V. S. See Barer, R. 



Calvin, M.: Appearance of C(14) in Krebs cycle intermediates after cessation of illumi- 

 nation, 1666; lipoic acid reduction in light responsible for inhibition of respiration, 

 1699; lipoic acid as intermediate in photosynthesis, 1699. See also Aronoff, S.; 

 Badin, E. F.; Barltrop, J. A.; Bassham, J. A.; Benson, A. A.; Buchanan, J. G.; 

 Goodman, M.; Huennekens, F. M.; Quagle, J. R.; Schou, L.; Stepka, W.; Weigl, 



J. W. 



and Barltrop, J. A. : Reduction of an enzyme causes inhibition of respiration in light, 



1698-1699, 1988; lipoic acid as intermediate catalyst in photosynthesis, 1698-1701, 



1989. 

 and Bassham, J. A.: Quantum yield of photosynthesis, viii; photosynthetic cycle, 



1984. 



._ Bassham, J. A., and Benson, A. A.: Free glyceric and phosphoglyceric acids in 



photosynthesis products, 1662; possible path from a C4 diacid to PGA via dialde- 

 hyde, 1694; photosynthesis cycle via C2 and C3 carboxylation, 1696. 



, Bassham, J. A., Benson, A. A., Lynch, V. H., Ouellet, C, Schou, L., Stepka, W., 



and Tolbert, N. E.: C( 14) distribution in barley after 5 min. photosynthesis, 1632 ; 

 glycolic acid and glycine as early tagged photosynthesis products, 1675; effect of 

 inhibition on C( 14)02 fixation, 1686-1688; CO2 cycle with pentoses and heptoses 

 as intermediates, 1696-1697. 



__ — and Benson, A. A.: C(14) distribution in glucose and alanine molecules after 1 hour 

 photosynthesis in algae, 1632; C( 14)02 uptake in dark as function of duration of 

 preillumination, 1642-1643; further study of C*02 gulp by preilluminated algae 

 in darkness, 1643-1644; chemical fractionation of products of C(14)02 fixation in 

 light, PGA as early intermediate, 1644-1645; absence of tagged Cs acids in prod- 

 ucts of photosynthesis in 0*0:, 1645-1646; location of different photosynthesis 

 products in paper chromatography, 1656; paper chromatography of tagged 

 photosynthesis products, 1()57, 1988; C(14) intramolecular distribution in PGA, 

 alanine, sucrose, and malic acid, 1663-1664; the photosynthesis cycle, 1665; vinyl 

 phosphate as possible CO2 acceptor, 1676; order of appearance of tagged sugars 

 in photosynthesis, 1685; first scheme of CO2 reduction path via pyruvate, 

 succinate and malate, 1691 ; second scheme via PGA, 1691-1692; vinyl phosphate 

 as PGA precursor, 1692-1693; third scheme, without C4 acids as main path inter- 

 mediates, 1693-1694. 



and Borough, G.: Photoxidations of chlorins, 1501. 



and Lynch, V. H.: Separation of phycobilins from chlorophyll in centrifugation, 



1754! 

 and Massini, P.: Estimate of stationary concentration of different tagged photo- 



