748 A MANUAL OF THE PENICILLIA 



GoLDiNG, N. S. 1945. Gas requirements of molds. IV. A preliminary interpretation 

 of the growth rates of four common mold cultures on the basis of absorbed 

 gases. Jour. Dairy Sci. 28: 737-750. 



Gonzalez, F. 1945. The inhibiting effect of quinones on the growth of Penicillium 

 notatum. Science 101: 494. 



Graham, V. E. and Greenberg, L. 1939. The effect of salicylic aldehyde on the 

 infection of wheat by Pythium arrhenomanes Drechsler, and the destruction 

 of the aldehyde by Actinomyces erythropolis and Penicillium sp. Canad. 

 Jour. Res., Sect. C, 17: 52-56, 1 fig. 



Groom, P. and Panisset, T. 1933. Studies on Penicillium chrysogenum Thom, in 

 relation to temperature and relative humidity of the air. Ann. Appl. Biol. 

 20: 633-660. 



GusTAFsoN, F. G. 1920. Effect of hydrogen-ion concentration on the respiration of 

 Penicillium chrysogenum. Jour. Gen. Physiol. 2: 617; also 3: 35. 



Harrison, J. W. 1934. Thermogenesis in hay-inhabiting fungi. Iowa State Col. 

 Jour, of Sci. 9: 37-60, 1 fig., 14 graphs. 



Hasselbring, H. 1908. Carbon assimilation of Penicillium. Bot. Gaz. 45: 176- 

 193. 



Hubert, B. 1938. Copper tolerance of Penicillium waksmani Zaleski. Biologisch 

 Jaarboek 5: 326-329. 



Kampf, J. E. AND NuNGESTER, W. J. 1944. The inhibiting effect of sodium azide 

 on mold growth. Science 100: 411-412. 



KouzNETSOFF, S. J. 1924. Contribution a la physiologic de Citromyces glaber. 

 Ztschr. Russ. Bot. Gesellschaft 9: 41-56. 



KtxssNER, W. 1928. Physiologische Untersuchungen iiber die Ernahrung von Peni- 

 cillium glaucum durch Fette. (Nutrition of P. glaucum by fats.) Bot. 

 Arch. (Konigsberg) 23: 197-237, 10 figs. 



Lesage, P. 1895. Recherches experimentales sur la germination des spores du 

 Penicillium glaucum. Ann. Sci. Nat. Ser. VII, pp. 308-322. 



LiPMAN, C. B. 1937. Tolerance of liquid air temperatures by spore-free and very 

 young cultures of fungi and bacteria on agar media. Torrey Bot. Club 

 Bui. 64:537-546,1 pi. 



Manceau, p. and ASSOCIATES. 1931-1932. A series of papers on the metabolism of 

 Penicillium glaucum. Soc. de Biol. Compt. Rend. 106: 195-196; ibid. 106: 

 197-198; ibid. 106: 654-655; ibid. 107: 633-634; ibid. 109: 1054-1055; and ibid. 

 110: 320. 



Manteifel, a. Y. and Shaposhnikoff, v. N. 1927. Conditions of coremia forma- 

 tion by certain fungi. Trans. Sci. Chem.-Pharm. Inst., Moscow, 18: 31-47. 



McAlister, D. F. 1938. Effect of fungi on the oxidation-reduction potentials of 

 liquid culture media. Amer. Jour. Bot. 25: 286-295. 



McCrea, a. 1931. Longevity of conidia of common fungi under laboratory con- 

 ditions. Mich. Acad. Sci., Arts, and Letters, Papers 13: 165-167. 



Niethammer, a. 1940. Der Einfluss eines Schwefelkohlenstoff-Praparates auf 

 typische mikroskopische Bodenpilze. Zentbl. f. Bakt. etc. (II) 102: 20-24. 



■ — • 1940. Erwecken ruhender Winterknospen durch Rohwuchsstofflosungen von 



Pilzen. Cartenbauwissenschaft. 14: 651-653. 



Panassenko, W. T. and Tatarenko, J. S. 1940. Psychrotolerante Pilzflora bei 

 Nahrungsmitteln. (The psychro-tolerant fungal flora of foodstuffs.) Mi- 

 crobiology 9: 579-584. 

 Pfeffer, W. 1895. Ueber elektion organischen Stoffe. Jahrb. f. Wiss. Bot. Pring- 

 sheim 28: 205-268. (P. glaucum.) 



