Steady State Equations

Available identifiers

steady state equations satisfied by average number of molecules of A and B

Defining Formula: $\begin{matrix} (\frac{D_{A}}{h^{2}} S - k_{2} I) \overline{𝐀} = - k_{1} 𝐞_{1} (\frac{D_{B}}{h^{2}} S - k_{3} I) \overline{𝐁} = - k_{2} \overline{𝐀} \end{matrix}$
$D_{A}$ symbol represents Diffusion Coefficient A
$D_{B}$ symbol represents Diffusion Coefficient B
$S$ symbol represents Matrix S
$\frac{D_{A}}{h^{2}}$ symbol represents Jump Rate of A
$\frac{D_{B}}{h^{2}}$ symbol represents Jump Rate of B
${\overline{A}}_{i}$ symbol represents Average Number Of Molecules Of Signal
${\overline{B}}_{i}$ symbol represents Average Number Of Molecules Of Morphogen
$h$ symbol represents Length
$k_{1}$ symbol represents Reaction Rate Constant
$k_{2}$ symbol represents Reaction Rate Constant
$k_{3}$ symbol represents Reaction Rate Constant