766 A MANUAL OF THE PENICILLIA 



DuYVENE DE WiT, J. J., Jarrsveld, A., Jansen, B. C. P., Van Luyk, a., Luyken, R., 

 OosTERHuis, H. K., AND Wybrans, J. R. 1944. De Isoleering van een 

 bactericide en fungicide stof mit een penseelschimmel. Nederland. Tijd- 

 schr. V. Geneesk. 88: 718-719. 



Eagle, H. 1946. The relative activity of penicillins F, G, K, and X against spiro- 

 chetes and streptococci in vitro. Jour. Bact. 52: 81-88. 



1947a. The inactivation of penicillins F, G, K, and X by human and rabbit 



serum. Jour. E.xpt. Med. 85: 141-161. 



1947b. The varying blood levels afforded by penicillins F, G, K, and X in 



rabbits and man. Jour. Expt. Med. 85: 163-173. 



1947c. The therapeutic activity of penicillins F, G, K, and X in experi- 



ental infections with Pneumococcus Type I and Streptococcus pyogenes. 

 Jour. Expt. Med. 85: 175-186. 



AND MussELMAN, A. 1946. The low therapeutic activity of penicillin K 



relative to that of penicillins F, G, and X, and its pharmacological basis. 



Science 103: 618-619. 

 Ebling, R. 1938. tJber den Einfluss von Licht auf die Farbstoffbildung bei Peni- 



cillium funiculosum Thorn. Arch. f. Mikrobiol- 9: 1-19, 4 figs. 

 Ehrlich, F. 1932. tJber die Pektolase, ein neuaufgefundenes Pektinferment. I 



und II. Biochem. Ztschr. 250: 525-534; 251: 204-222. 

 Elder, A. L. 1944. Penicillin. Sci. Monthly 58: 405-409. 

 Elze, D. L. 1934. Some experiments on the combined effect of Diplodia and green 



mould inoculations on oranges. Hadar 7 (9) : 223-225. 

 Emile-Weil, p. and Gaudin, L. 1919. Contribution a I'^tude des onychomycoses 



a Penicilliurn, a Scopulariopsis, a Slerigmatocyslis, a Spicaria. Arch, de 



Med. E.xpt et Anat. Path. (Paris) 28: 452-467, PI. 12, 4 figs. 

 Emmons, C. W. 1935. The ascocarps in species of Pe;wci7Zm?n. Mycologia27: 128- 



150, 16 figs. 

 AND Dodge, B. O. 1931. The ascocarpic stage of species of Scopulariopsis. 



Mycologia 23: 313-331, 4 pis. 

 Engler, a. and Pbantl, K. 1897. Die natiirlichen pflanzenfamilien. I Teil. 



Abt. 1. Leipzig. 

 English, H. and Gerhardt, F. 1942. Effect of carbon dioxide and temperatures 



on the decay of sweet cherries under simulated transit conditions. Amer. 



Soc. Hort. Sci. Proc. 40: 172-176, 1 graph. 

 AND Gerhardt, F. 1946. The effect of ultra-violet radiation on the viability 



of fungus spores and on the development of decay in sweet cherries. Phyto- 

 pathology 36: 100-111, 1 illus. 

 , Ryall, a. L., and Smith, E. 1946. Blue mold decay of Delicious apples in 



relation to handling practices. U. S. Dept. Agr. Cir. 751, pp. 1-20, 2 figs. 

 English, W. H. 1940 Taxonomic and pathogenicity studies of the fungi which 



cause decay of pears in Washington. Res. Studies, Wash. State Col. 8: 127- 



128. 

 Eustace, H. J. 1938. Investigations on some fruit diseases. I. Apple rots in cold 



storage. N. Y. Agr. Expt. Sta. Bui. 297. Geneva. 

 EvERiTT, E. L. and Sullivan, M. X. 1940. The fungistatic and fungicidal action 



of certain organic compounds. Wash. Acad. Sci. Jour. 30: 125-131. 

 Ewart, a. J. 1933. The presence of citrinin in Crotalaria crispata. Ann. Bot. 47: 



913-915. 

 Fawcett, H. S. 1930. An offshoot and leafstalk disease of the date palms due to 



Diplodia. Phytopathology 20: 339-344. 



