Page 310 - Thermodynamics of Biochemical Reactions
P. 310

310     Mathernatica Solutions to Problems



                              PH 5          PH 6          PH 7         PH 8         PH 9
                I=OM          0.000858528  0.00946228      0.0273705   0.033346     0.034086

                I =  0.10 M   0.00437581     0.0217167     0.0323499   0.0339794    0.034151
                I =  0.25 M   0.0068089      0.025247      0.0330192   0.0340517    0.0341583
                TableForm[(1/(8.3145l*.298l5*Log[lO]))*D[(aconitatec~s+h2o-c~trate),gHl/.~s-
                >{0,.1,.25}/.pH->{5,6,7,%,9},TableHeadings->{{'1I   =  0 M1l,"I =  0.10  M","I  =  0.25
                M"},{iipH  5'*,''pH  6tv,11gH 7'm,11gH 8",11pH 9m1}}1
                              PH 5        PH 6         PH 7          PH 8           PH 9
                I=OM          -1.32911     -0.762126   -0.200124     -0.0241339     -0.00246441
                I =  0.10 M   -1.02481     -0.372043   -0.0533865    -0.0055862     -0.000561228

                I =  0.25 M   -0.907921    -0.265114  -0.0337371     -0.00346956    -0.000347946
         Aconitase

                TableForm[Transgose[calctrGerx[aconitatecis+h2o+de==c~trateiso,{5,6,7,8,9~,{O,.l,.25~ll
                ,TableHeadings->{{liI =  0 M","I  =  0.10  M","I  =  0.25  M"},{mlgH 5","gH  6","pH 7m1,"pH
                8","gH 911}}1
                              PH 5       PH 6        PH 7        PH 8        PH 9
                I=OM          -10.8055  -4.92275  -2.27779  -1.7815          -1.72622
                I =  0.10 M   -6.81316  -2.85648  -1.85783       -1.73411  -1.72141

                I =  0.25 M   -5.72527  -2.4798      -1.80629    -1.72875    -1.72088
                TableForm[:Trans~ose[calckprime[acon~tatec~s+h2o+de==c~trate~so,~5,6,7,8,9~,~O,.1,.25}11
                ,TableHeadings->{{"I =  0 M","I  =  0.10  M","I  =  0.25  M"},{"gH  5","pH  6","gH 7","gH
                8","gH 9"))J
                              PH 5       PH 6      PH 7       PH 8       PH 9
                I=OM          78.1691  7.28489     2.5064     2.05165    2.0064
                I =  0.10 M   15.6173    3.16542   2.11581  2.0128       2.00252

                I =  0.25 M   10.0697    2.71919  2.07227     2.00846    2.00209
                TableForm[(1/(8.3145l*.298l5*Log[lO]))*D[~citrateiso-aconitatecis-h2o~,~H~ /.is-
                >C0,.1,.25}/.pH->{5,6,7,8,9),TableHeadings->{{11I  =  0 Mnl,"I =  0.10 M","I  =  0.25
                M"  1, C "pH 5", "pH 6", "pH 7", "pH  8", l'pH  9") 1 I
                              PH 5        PH 6       PH 7         PH 8          PH 9
                I=OM          1.30605     0.760857    0.202526    0.0245142     0.00250437
                I =  0.10 M   1.0124      0.374671    0.0541865   0.00567633    0.00057035

                I =  0.25 M   0.899474    0.267618    0.0342572  0.00352569     0.000353603
         Isocitrate dehydrogenase

                TableFo~[Transpose[calctrGerx[:citrateiso+nadox+h2o+de==ketoglutarate+co2tot+nadred,~5,
                6,7,8,9},{0,.1,.25}]],Tab1eHeadings->{{'11   =  0 M","I  =  0.10  M","I  =  0.25  M"},{"gH
                5","pH  6**,"gH 7**,"pH  8",11pH  9v1)>1
                              PH 5       PH 6       PH 7        PH 8        PH 9
                I=OM          8.34114  1.67592       -4.21769   -9.97115  -15.7852
                I =  0.10 M   5.50847    0.398237    -4.45015  -10.0157  -15.9678
                I =  0.25 M   4.78775  0.245626      -4.45696   -10.0274    -16.0697
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