GENER.\L BIBLIOGIL\PHY 761 



Callaham, J. R. 1944. Penicillin, large-scale production by deep fermentation. 



Chem. and Metall. Engin. 51: 94-98, with flow-sheet, pp. 130-133. 

 Campbell, A. H., Foss, M. E., Hirst, E. L., and Jones, J. K. N. 1945. Nitrogen- 

 ous substances synthesized by molds. Nature 155: 141. 

 Carbone, D. 1910. Descrizione di Alcuni Eumiceti Provenienti da Carni Insaccate 



Sane. Atti dell' Inst. Bot. dell' Universita di Pavia, Ser. II, 14: 259-325, 



16 figs. 

 Carpenter, C. W., Weller, D. M., and Martin, J. P. 1945. Studies with Peni- 



cillium nolatum Westling in Hawaii. Hawaii. Planters Rec. 49: 1-24. 

 Castellani, a. 1925. Observations on some diseases of Central America. Jour. 



Trop. Med. and Hyg. (London) 28: 1-14, illus. 

 Cavallito, C. J. 1944. Ergosterol from some species of Pe/iici7Zju/«. Science 100: 



333. 

 Ceni, C. 1907. Sulle modificazioni dei caratteri fisiologici dei penicilli verdi in 



rapporto colla loro proprieta tossica. Atti d. Cong. Pellagrol. Ital. 3: 118- 



120. 

 Chace, W. G. 1940. Mould cultures: storage. Amer, Dyestuff Rptr. 29: 429-430. 

 Chain, E. and Floret, H. W. 1944. Penicillin. Endeavour 3 (9): 12 pp., illus. 

 , Florey, H. W., Gardner, A. D., Heatlet, N. G., Jennings, M. A., Orr- 



Ewing, J., AND Sanders, A. G. 1940. Penicillin as a therapeutic agent. 



Lancet (London) 2: 226-228. 

 , Floret, H. W., and Jennings, M. A. 1942. An antibacterial substance 



produced by Penicillium claviforme. Brit. Jour. Expt. Path. 23: 202-205. 

 , Floret, H. W., and Jennings, M. A. 1944. Identity of patulin and clavi- 



formin. (With a note on crystallography. Crowfoot, D. and Low, B.) Lan- 

 cet 1: 112-114. 

 Challenger, F. 1945. Biological Methylation. Chem. Rev. 36: 315-361 (con- 

 taining 219 references.) 

 Challinor, S. W. and MacNaughtan, J. 1943. The production of penicillin. 



Jour. Path, and Bact. 55: 441-446. 

 Chaudhuri, H. and Sachar, G. S. 1934. A study of the fungus flora of Punjab 



soil. Ann. IMycol. 32: 90-100, illus. 

 Childs, J. F. L. AND Siegler, E. a. 1946. Controlling orange decay. Indus. 



Eng. Chem. 38: 82-87. 

 Chopra, N. N. and Rat, J. N. 1939. Biochemical synthesis of coloring matter 



by an Indian strain of Penicillium. Current Sci. (India) 8: 409-411. 

 Christensen, C. M. AND MosEs, C. S. 1945. Molds and bacteria that delaminate 



plywood bonded with casein and soybean glues. U. S. Dept. Agr., Div. 



For. Path., Release 25, 23 pp., 2 figs., 3 graphs. (Mimeographed.) 

 Christoff, a. AND Christova, E. 1939. Some plant diseases new to Bulgaria (4th 



contribution). Soc. Bot. de Bulgarie Bui. 8: 39-49. 

 Chrzaszcz, T. AND TiuKOw, D. 1929. Uber die Saurebildung der Penicilliumarten 



(Link). Biochem. Ztschr. 204: 106-124. 

 AND TiuKOW, D. 1930a. Oxalsaure in Schimmelpilzkulturen. Biochem. 



Ztschr. 218: 73-85. 

 AND TiuKOw, D. 1930b. Biochemische Umbildungen der Essigsaure durch 



Schimmelpilze und iiber den Chemismus der Citronensaurebildung. Bio- 

 chem. Ztschr. 229: 343-357. 

 AND TiUKOW, D. 1931. Die Abhangigkeit der Citronen-bzw. Oxalsaureean- 



haufung von der Stickstoffnahrung bei Schimmelpilzen. Biochem. Ztschr. 



242: 137-148. 



