Figure 6
From: Extended transit compartment model to describe tumor delay using Coxian distribution
(a) \(\lambda _0/\eta\) is 4032.3 which represents threshold. Constant drug infusions are given by 4032.2. \(w_0\)’s are variated from 0.001 to 0.00329 with the constant intervals. Drug infusion is 4032.2. Tumor has non-zero equilibrium. (b) Drug infusion rate is 4032.4 with the same initial tumor size in (b). Tumor has zero equilibrium. (c) Initial tumor size \(w_0\) is fixed by 0.0121. The equilibrium points are changed according to the value of p. Ten points of p are chosen from uniform distribution [0, 1]. The equilibrium points are decreasing as p is increasing when \(\overline{C}\) is less than \(\lambda _0/\eta\).
