Table 1.

Numerical values for the parameters in (1) and (9) used in our simulations. In addition to the values shown, we use in the dimensionful equations D ₁ = 0.32 mm²/day for lung cancer and D ₁ = 0.46 mm²/day for melanoma, ρ = 0.35 day⁻¹ for both melanoma and lung cancer (see Section 3.1), and a threshold for the detectability of tumor cells c _th = 0.09 [22]. As explained in the main text we have ${\tilde{D}}_3={\tilde{D}}_4$ and ${\tilde{\lambda }}^{(C)}=100{\tilde{\lambda }}^{(D)}$. The effectiveness of chemotherapy and antiangiogenic therapy are parameterized by ${\tilde{A}}^{(D)}=1.65$ and ${\tilde{A}}^{(C)}=0.1$ for lung cancer, and by ${\tilde{A}}^{(D)}=3$ and ${\tilde{A}}^{(C)}=0.3$ for melanoma (see Section 3.1).

${\tilde{\alpha }}_1$	${\tilde{D}}_2$	$\tilde{\alpha }$	$\tilde{\beta }$	$\tilde{\gamma }$	${\tilde{\alpha }}_2$	$\tilde{\delta }$	m lim	${\tilde{D}}_3$	${\tilde{\lambda }}^{(C)}$	${\tilde{\nu }}^{(C)}$	${\tilde{\nu }}^{(D)}$	$\tilde{\mu }$
1.1	0.005	–1	3	–2	0.9	0.8	$\sqrt{2}$	0.02	1300	3	0.1	8