modELPM: This function describes the extended Lambert–Pearson model...
In Ghayabh/bacterial-growth: bacterialgrowth Package

Description Usage Arguments Details Value Examples

This function describes the extended Lambert–Pearson model (ELPM), who model the effect of pH (as hydrogen and hydroxyl ions) over the whole biokinetic pH range.

1	modELPM(pH, P1, P2, P3, P4, muopt)

`pH`	pH #a number
`P1`	a parameter of the ELPM model # a number
`P2`	a parameter of the ELPM model # a number
`P3`	a parameter of the ELPM model # a number
`P4`	a parameter of the ELPM model # a number
`muopt`	Optimal growth rate # a number a number

\begin{equation}\begin{aligned} \frac{\mathrm{d} γ}{\mathrm{dpH}}=& 2.303≤ft\{P_{2}≤ft(\frac{10^{-\mathrm{pH}}}{P_{1}}\right)^{P_{2}}-P_{4}≤ft(\frac{10^{\mathrm{pH}-14}}{P_{3}}\right)^{P_{4}}\right\} \\ & \exp ≤ft(-≤ft(\frac{10^{-\mathrm{pH}}}{P_{1}}\right)^{P_{2}}+≤ft(\frac{10^{\mathrm{pH}-14}}{P_{3}}\right)^{P_{4}}\right) \end{aligned}\end{equation}

mumax #maximum growth rate # a number