Page 307 - Thermodynamics of Biochemical Reactions
P. 307

Thermodynamics of Biochemical Reactions  at Specified pH   307


                               PH 5      PH 6       PH 7       PH 8      PH 9
                 I=OM          9664.7    7741.4     3392.13    1832.26    1635.84

                 I =  0.10 M   4847.55  1527.39     363.586    237.781    225.229
                 I =  0.25 M   3470.27  706.875     174.073    123.807    118.847
                 TableForm~(1/(8.3145l*.298l5*Log[lO]))*D[(f~ctose6phos+pi-f~ctosel6phos-h2o~,~Hl/.is-
                 >{0,.1,.25)/.pH->{5,6,7,8,9},TableHeadingS->{{~'I   =  0 M","I =  0.10  M","I  =  0.25
                 Mml),{llpH 51*,"pH 6","pH  711,*tpH 8ms,11pH 9t1)>1
                               PH 5        PH 6       PH 7        PH 8         PH 9
                 I=OM          0.028674    0.211976   0.414941    0.11638      0.0136539
                 I =  0.10 M   0.215128    0.744345    0.384706   0.0586725    0.00618982

                 I =  0.25 M   0.371614    0.840829    0.324487   0.0445667    0.00463044
          Glucose 6-phosphatasephosphatase

                 TableForm[Transpose[calctrGerx[glucose6phos+h2o+de==glucose+~~,~5,6,7,8,9?,~O,.l,.25~l~
                                                  =
                 ,TableHeadings->{{"I =  0 M1mr"I 0.10  M","I  =  0.25  M"},{8mpH 5","pH  6","pH 7","pH
                 8","pH  9"))I
                               PH 5        PH 6       PH 7        PH 8        PH 9
                 I=OM          -15.3426    -14.7682  -12.7076     -11.1844  -10.9041
                 I =  0.10 M   -15.2194  -14.0517      -11.8264  -10.9938     -10.8828

                 I  =  0.25 M   -15.1497  -13.7484  -11.6155      -10.9608  -10.8793
                 TableForm~Transpose[calckprime[glucose6phos+h2o+de==glucose+~~,~5,6,7,8,9~,~O,.l,.25~ll
                                                  =
                 ,TableHeadings->{{"I =  0  M1t,mlI 0.10  Mn,"I =  0.25  M"},{"gH  5","pH  6","pH  7","pH
                 8","pH 9"))l
                               PH 5       PH 6       PH 7      PH 8       PH 9
                 I=OM          487.412  386.594      168.366   91.0791  81.3396
                 I =  0.10 M   463.784    289.565    118.      84.3364    80.6433

                 I  =  0.25 M   450.911   256.21     108.375  83.2229     80.5302
                 TableForm[(1/(8.3145l*.298l5*Log[lO]))*D[~glucose+pi-glucose6phos-h2o~,pHl/.~s-
                                                                                 =
                 >{0,.1,.25)/.gH->{5,6,7,8,9},TableHeadings->{{11I  =  0 M1l,ltI 0.10 M","I  =  0.25
                 M"},{"pH  51m,"pH 6","pH 7","pH  8","pH  9"1}1
                               PH 5         PH 6        PH 7        PH 8        PH 9
                 I = O M       0.0305457    0.218017    0.414317    0.116071     0.013619
                 I =  0.10 M   0.0764751    0.364857    0.291488    0.0482304    0.00513333
                 I =  0.25 M   0.101058     0.400861    0.242412    0.035721     0.00373907

          Net reaction for gluconeogenesis

                 TableForm[Tr~spose[calctrGerx[2*~y~vate+6*atp+2*nadred+6*h2o+de==glucose+6*ad~+6*p~+2
                                                                         =
                 *nadox, {5,6,7,8,9),  (0, .l, .25}11 .TableHeading~->{{~~I 0 M","I  =  0.10  M","I =  0.25
                 M"  ) , { "pH 5 , pH 6","pH 7","pH  8","pH  9"))l
                               PH 5        PH 6        PH 7        PH 8       PH 9
                  I=OM         -114.293    -95.1491  -82.4634  -89.0035  -100.93
                  I =  0.10 M   -94.9253   -75.5524  -68.4902      -75.5282    -86.4153
                  I =  0.25 M   -88.163    -69.2508    -63.3307    -70.7316    -81.6672
   302   303   304   305   306   307   308   309   310   311   312