. Ciba Foundation Symposium on the Regulation of Cell Metabolism. Cell metabolism. 266 F. Lynen, et aL tion; ATP is synthesized in the cytoplasm again, and conse- quently the rate of sugar phosphorylation increases to the anaerobic value. The pattern of the adenine nucleotides and. lOmin, Fig. 7. Initiation of fermentation by cyanide. Yeast, 10 per cent; glucose, 2 per cent; in 0 -02 m citrate buffer, pH 5-4; temp. 15°; oxygenated; 0-001 m-KCN added at arrow. Rate of fermentation was determined by the accumulation of ethanol. the inorganic phosphate in respiring and fermenting cells is depicte
. Ciba Foundation Symposium on the Regulation of Cell Metabolism. Cell metabolism. 266 F. Lynen, et aL tion; ATP is synthesized in the cytoplasm again, and conse- quently the rate of sugar phosphorylation increases to the anaerobic value. The pattern of the adenine nucleotides and. lOmin, Fig. 7. Initiation of fermentation by cyanide. Yeast, 10 per cent; glucose, 2 per cent; in 0 -02 m citrate buffer, pH 5-4; temp. 15°; oxygenated; 0-001 m-KCN added at arrow. Rate of fermentation was determined by the accumulation of ethanol. the inorganic phosphate in respiring and fermenting cells is depicted in Fig. 6. Experimental support for this theory was provided by a series of experiments carried out by Netter and Schuegraf (1958, unpublished). The changes of inorganic phosphate, ADP, ATP and hexose phosphates were followed when. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Ciba Foundation Symposium on the Regulation of Cell Metabolism (1958 : London, England); Wolstenholme, G. E. W. (Gordon Ethelbert Ward); O'Connor, Cecilia M. (Cecilia Mary), 1927-. Boston, Little, Brown
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