. The chemical activities of bacteria. Bacteria. ENERGY PRODUCTION 131 details of bacterial fermentation, we are concerned largely with the methods utilised by the various organisms for the disposal of their waste material—although, in some cases, the organisms dispose of this material in such a way that more energy is made available during the disposal process. CHjOH CH,OP. 2ATP Fig. 10. THE FERMENTATION OF PYRUVIC ACID BY ESCH. COLI Acetic and formic acid formation Under aerobic conditions, Esch. coli oxidises pyruvic acid directly to acetic acid. CH3. CO. COOH + 0 > CH3. COOH + Ple
. The chemical activities of bacteria. Bacteria. ENERGY PRODUCTION 131 details of bacterial fermentation, we are concerned largely with the methods utilised by the various organisms for the disposal of their waste material—although, in some cases, the organisms dispose of this material in such a way that more energy is made available during the disposal process. CHjOH CH,OP. 2ATP Fig. 10. THE FERMENTATION OF PYRUVIC ACID BY ESCH. COLI Acetic and formic acid formation Under aerobic conditions, Esch. coli oxidises pyruvic acid directly to acetic acid. CH3. CO. COOH + 0 > CH3. COOH + 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 Gale, E. F. (Ernest Frederick). New York, Academic Press
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Keywords: ., bookcentury1900, bookcollectionbiodiversity, booksubjectbacteria
