The reversible Hill equation: how to incorporate cooperative enzymes into metabolic models The importance of inorganic phosphate in regulation of energy metabolism of Streptococcus lactis Purification and properties of pyruvate kinase from Streptococcus lactis Pyruvate kinase of Streptococcus lactis 2011-12-15T16:40:16Z 2012-08-23T13:24:21Z $\mathrm{Vf}\mathrm{pep}\mathrm{KmPep}\mathrm{adp}\mathrm{KmAdp}\mathrm{Keq}\mathrm{atp}\mathrm{pyr}\mathrm{KmPyr}h\mathrm{KmAtp}I\mathrm{ki}A\mathrm{ka}is\mapsto \frac{\mathrm{Vf}\frac{\mathrm{pep}}{\mathrm{KmPep}}\frac{\mathrm{adp}}{\mathrm{KmAdp}}(1-\mathrm{Keq}\frac{\mathrm{atp}\mathrm{pyr}}{\mathrm{adp}\mathrm{pep}})(\frac{\mathrm{pep}}{\mathrm{KmPep}}+\frac{\mathrm{pyr}}{\mathrm{KmPyr}})^{(h-1)}(\frac{\mathrm{adp}}{\mathrm{KmAdp}}+\frac{\mathrm{atp}}{\mathrm{KmAtp}})^{(h-1)}}{(\frac{1+\left(\frac{I}{\mathrm{ki}}\right)^h+\left(\frac{A}{\mathrm{ka}}\right)^h}{1+i\left(\frac{I}{\mathrm{ki}}\right)^h+s\left(\frac{A}{\mathrm{ka}}\right)^h}+(\frac{\mathrm{pep}}{\mathrm{KmPep}}+\frac{\mathrm{pyr}}{\mathrm{KmPyr}})^h)(\frac{1+\left(\frac{I}{\mathrm{ki}}\right)^h+\left(\frac{A}{\mathrm{ka}}\right)^h}{1+i\left(\frac{I}{\mathrm{ki}}\right)^h+s\left(\frac{A}{\mathrm{ka}}\right)^h}+(\frac{\mathrm{adp}}{\mathrm{KmAdp}}+\frac{\mathrm{atp}}{\mathrm{KmAtp}})^h)}$ 2012-05-31T09:33:03Z 2012-01-09T11:48:38Z 2012-06-11T13:11:11Z 2012-09-11T11:00:56Z 2012-12-19T14:25:55Z 2012-12-19T14:23:09Z $\mathrm{time}$ 2011-12-15T17:38:56Z $\mathrm{compartment\_1}\mathrm{function\_1}(\mathrm{Vf}, \mathrm{species\_3}, \mathrm{KmPep}, \mathrm{species\_4}, \mathrm{KmAdp}, \mathrm{Keq}, \mathrm{species\_5}, \mathrm{species\_6}, \mathrm{KmPyr}, h, \mathrm{KmAtp}, \mathrm{species\_2}, \mathrm{ki}, \mathrm{species\_1}, \mathrm{ka}, i, s)$ 2012-03-19T10:34:17Z $\mathrm{compartment\_1}\mathrm{k1}\mathrm{species\_6}\mathrm{species\_5}$