Discussion 221 



Table I gives the chemical equations which have been represented 

 together with the initial concentrations and reaction velocity constants. 



Table I (Chance) 



(Expt. no. ME-62) Chemical equations for interactions of gkicose- 

 oxygen pathways. 



aosphorylation 1. GJJJ + ENZ ^v hjg - GLU - ENZ 



of . 10^ 6x10 



„i, ^^e« 2. ENG + ITP V ADP + HIZ -i- GLP - ENG - ITP 



glucose , 



3^5^ 10^0 

 3. GLP -:• ETZ * ETG - GLP - ETZ 



l5^ 6x10^ 

 k, ETG -r ITP * GPP + ETZ + ADP - ITP - ETG 



10^ 

 5. GPP k (2) GAP - GPP 



lO'^ 10^ 



Glycolytic 6. GAP -r DHI * DFH -;- BGA - GAP - DRI 



Riosphorylations • o 5xl6 lo'^ 



^^ 7. BGA + PIA 'V DGA - BGA - PIA 



ADP o l5^ 10^ 



^'^ 8. DGA V ADP ^ ITP -r PGA - DGA - ADP 



IS** 10^ , 



9. PGA X ADP ^ ITP + FYR - PGA - ADP 



5x10^ 10^ 5x10"^ 



10. " PYR + DPH ^ lAC -;-■ DPII - PXK - DFH 



lO-"- 13*^ 5x10*^ 



11. lAC •^ DPN ^Ifc FfR + DPH - lAC - DFN 



5xl5^ l6^ 5x10"^ 

 Oxidative 12. FYR + DIN ^ DIH - DIN - PYR 



aoBphorylations l5^ iQ** l^^xlC^ 6x10^ 



^^ 13. DIH + X-I + 6xr * DIN + XSI - OXY - X-I - DIH 



ADP , IC^ ' it 5xlC3 5^olO 



^'^ Ik. XSI + ADP + PIA k 2TP + X-I - PIA - ADP - XSI 



,_ iS^ 0— 15^ 2x10^ 



ATP 15. 2TP + DBP — * ITP - 2TP 



Utmzatlon ^ ^g ^ 2JJ|'^ ..if....^ PPP - ITP - FUE 



Transfer I7. PPP i RJE + ADP + PAI - PPP 



There are four sets of chemical equations corresponding to the four 

 blocks of Fig. lA above. The chemical equations are written in the 

 three-letter abbreviations that the computer can accept, the reactants 



