Table 2. Parameters used in the tumor model.

Continued from Table 1.: Dimensionless values were marked in *.

	Description	Dimensional Value	Refs.
Degradation/Decay rates
KM	Hill coefficient of MMP degradation by TIMP	4.64 × 10−8 g/cm3	[156], estimated
m	Hill coefficient of MMP degradation by TIMP	2	estimated
Movement parameters (chemotaxis, haptotaxis)
χE	Chemotactic sensitivity to NE	1.117 × 10−9 cm.s−1	[22, 33, 130, 157]
δE	Scaling parameter of NE gradient (|E|)	6.46 × 10−8 g/cm4	estimated
σE	Scaling parameter of NE gradient (|E|)	1.0	estimated
χρ	Haptotactic sensitivity	3.5 × 10−10 cm.s−1	[22, 158–160], estimated
δρ	Scaling parameter of ECM gradient (|ρ|)	5.0 × 10−3 g/cm4	estimated
σρ	Scaling parameter of ECM gradient (|ρ|)	1.0	estimated
${\chi }_1^C$	Chemotactic sensitivity of N1 neutrophils to CXCL8	1.1 × 10−9 cm.s−1	[22, 33, 161], estimated
δ1	Scaling parameter of CXCL gradient (|C|)	1.0 × 10−11 g/cm4	estimated
${\chi }_2^C$	Chemotactic sensitivity of N2 neutrophils to CXCL8	1.1 × 10−9 cm.s−1	[22, 33, 161], estimated
δ2	Scaling parameter of CXCL gradient (|C|)	1.0 × 10−11 g/cm4	estimated
σC	Scaling parameter of CXCL8 gradient (|C|)	1.0*	estimated
Membrane parameters
γc	permeability of cells (Tumor cells, N1 neutrophils, N2 neutrophils)	0.01-785 (78.5)*	estimated
γ	permeability of chemicals (CXCL8, TGF-β, NET/NE, NE inhibitor, MMP, TIMP)	0.1-7850 (785)*	[33], estimated
μ	ECM width	0.6*	estimated