Table 2 Intercellular contact dynamics.

6

x_ab

$\frac{d{x}_{ab}}{dt}=\sigma$

σ = 3.5/60

μm min^-1

[18]

7

R0_A

$\frac{d[R{0}_A]}{dt}=-{\displaystyle \sum _{cnt=1}^n{\Omega }_A}\frac{.\pi .z_{AB}\sigma .{[R0]}_A}{4SA{0}_A}-{\text{k}}_{\text{e}}{\text{[R0}}_{\text{A}}\text{]}+\frac{{\text{k}}_{\text{Rsyn}}[SA{0}_A]}{4S{A}_A}$

8

SA0_A

$\frac{d[SA0{}_A]}{dt}-{\displaystyle \sum _{cnt=1}^n{\Omega }_A}\frac{.\pi .z_{AB}\sigma }{4}$

9

LO_B

$\frac{d[L{0}_B]}{dt}-{\displaystyle \sum _{cnt=1}^m{\Omega }_B}\frac{.\pi .z_{AB}\sigma .{[L0]}_B}{4SA{0}_B}{\text{ -k}}_{\text{clv}}{\text{[L0}}_{\text{B}}\text{]}+\frac{{\text{k}}_{\text{Lsyn}}[SA{0}_B]}{4S{A}_B}$

10

SA0_B

$\frac{d[SA{0}_B]}{dt}-{\displaystyle \sum _{cnt=1}^m{\Omega }_B}\frac{.\pi .z_{AB}\sigma }{4}$