Archive image from page 347 of Currents in biochemical research, 1956;. Currents in biochemical research, 1956; twenty-seven essays charting the present course of biochemical research and considering the intimate relationship of biochemistry to medicine, physiology, and biology currentsinbioche1956gree Year: 1956 ( Time (sec) I;jM{ . >' III III , a,a ,c ,DPN) 40uM 0, I L /f 0 ' B , Tim« (sec)/ Fig. 5. An analogue computer representation of the kinetics of oxidation and reduction of members of the abbreviated respiratory se- quences : Oi > Oi > a )â c > DPN > substrate c
Archive image from page 347 of Currents in biochemical research, 1956;. Currents in biochemical research, 1956; twenty-seven essays charting the present course of biochemical research and considering the intimate relationship of biochemistry to medicine, physiology, and biology currentsinbioche1956gree Year: 1956 ( Time (sec) I;jM{ . >' III III , a,a ,c ,DPN) 40uM 0, I L /f 0 ' B , Tim« (sec)/ Fig. 5. An analogue computer representation of the kinetics of oxidation and reduction of members of the abbreviated respiratory se- quences : Oi > Oi > a )â c > DPN > substrate caused by adding oxygen to the anaerobic components. The top trace (A) is on a slow time scale and shows the complete 'cycles' of the four components and the oxygen kinetics as well. The lower trace (B) is on an expanded scale and shows clearly that the time sequence of oxidation of the components is the sequence in which they react in the respira- tory chain (AC-64). 326
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