2008 AUTHOR INDEX 



Kay, L. D. See Bassham, J. A. 



Kennedy, S. R.: Thermal injury to Chlorella, 1222-1224. 



Kersten, J. A. H. See Wassink, E. C. 



Kessler, E.: Nitrate metabolism and photosynthesis, 1709. 



Khudjakova, R. I. See Doman, N. G. 



Knight, J., and Livingston, R. : Reversible bleaching of chlorophyll in methanol, 1491- 

 1 492 ; effect of Ce +^, Ln +^ and Ba +« ions, and of I2, 1494. 



Knorr, H. V., and Albers, V. M.: Fluorescence-time curve in solutions, 1.382. 



Kobjakova, A. M. See Sisakyan, N. M. 



Koch, W. : A new phycoerythrin, 1789; absorption of phycoerythrin, 1809. 



Koeing, M. L. G. See French, C. S.; Milner, H. W. 



Kohn, M. J. See Arnold, W. 



Kok, B.: Alternating light effects on massive growth of Chlorella, 1477-1478; inter- 

 pretation of photosynthesis curves, 1898; relation of re.spiration to photosynthesis, 

 1926; interpretation of flashing light data, viii, 1993. 



Komen, J. G. See Blaauw-Jansen, G. 



Kon, H. See Nakajima, T. 



Kopp, C. See Noddack, W. 



Korzenovsky, M. See Warburg, O. 



Koski, V. M.: Conversion of protochlorophyll to chlorophyll, 1761. See also Smith, 

 J. H. C. 



, French, C. S., and Smith, J. H. C.: Action spectrum for protochlorophyll-chloro- 



phyll transformation, 1764. 



and Smith, J. H. C.: Absorption spectrum of protochlorophyll, 1808. 



Kosobutskaja, L. M. See Krasnovsky, A. A. 



and Krasnovsky, A. A.: Reversibility of chlorophyll reduction, 1779. 



Kostychev, S. P.: Photosynthetic quotient during induction, 1.343. 



Krasnovsky, A. A.: Reversible photoreduction of chlorophyll, 1501; incomplete reversi- 

 bility of reduction of chlorophyll b, 1502; its mechanism, 1503; need for basic 

 molecules, 1504; chlorophyll or Mg-phthalocyanine sensitized reduction of ribo- 

 flavin and safranin T by ascorbic acid, 1514-1515. See also Evstigneev, V. B.; 

 Kosobutskaja, L. M. 



and Brin, G. P. : Chlorophyll-pyridine bond via metal atom as in hemochromogenes, 



1504; influence of bases on photoreduction, 1506-1507; photochemical activity of 

 different chlorojihyll preparations, 1507; chlorophyll sensitized reduction of DPN 

 by ascorbic acid, 1516-1517; o.xidation of photoreduced chlorophyll by various 

 oxidants, 1516-1519; redox potential of the svstem chlorophyll-reduced chloro- 

 phyll, 1519; fluorescence of colloidal chlorophyll, 1825; effect of boiling and 

 freezing on absorption spectrum of leaves, 1844; two forms of chlorophyll m vivo, 

 1847. 



, Brin, G. P., and Vojnovskaya, K. K.: Influence of solvents on reversible photo- 

 reduction of chlorophyll, 1504; chlorophyll photoreduction In- different reductants, 

 1504; photoreduction of chlorophyll b, 1504. 



, Evstigneev, V. B., Brin, G. P., and Gavrilova, V. A.: Photochemistry of phyco- 

 erythrin, 1487; phycoerythrin sources, 1790. 



and Gavrilova, V. A.: Effect of solvents on photoreduction of chlorophyll, 1505- 



1506; photoreduction of different dyes, 1506. 



and Kosobutskaja, L. M. : Long-lived reducing agent in illuminated chloroplasts, 



1615-1616; two forms of chlorophyll formed successively in greening, 1753, 1766; 

 absorption of first-formed chloroph^dl, 1767. 



