Table A4.

A report of different experiments using uniform initial condition.

Boundary Condition (${\mathit{\alpha }}_{\mathit{i}}=1$, ${\mathit{\alpha }}_{\mathit{i}}\left[{\widehat{\mathit{X}}}_{\mathit{i}}\right]=1$ by Default)	${\mathit{\alpha }}_{\mathit{i}}$, ${\mathit{\alpha }}_{\mathit{i}}\left[{\widehat{\mathit{X}}}_{\mathit{i}}\right]$	C at $\mathit{t}=200$, (Relative Difference in C)	V, (Relative Difference in Relevant ${\mathit{X}}_{\mathit{i}}$), and Others
Robin for all 5 cell types ${}^{†}$	-	-	(<$0.1\%$), for all $X_i$
Robin for all	${\alpha }_i\left[{\widehat{X}}_i\right]=10$	maintained, ($15\%$)	$V=5.53V_0$, M maintained profile I
Robin for $T_h$	${\alpha }_4\left[{\widehat{X}}_4\right]=10$	($0.1\%$)	-
Robin for $T_c$	${\alpha }_6\left[{\widehat{X}}_6\right]=1000$	$C=0.16$	$V=5.46V_0$, $T_c$ is $1\%$ more on the boundary
Robin for M	-	-	(<$1\%$)
Robin for M	${\alpha }_2\left[{\widehat{X}}_2\right]=0.5$	-	(<$1\%$)
Robin for M	${\alpha }_2\left[{\widehat{X}}_2\right]=1000$	Profile II (Figure A1b), (>$10\%$)	$V=7.89V_0$, M is $200\%$ more on the boundary
Robin for $T_c$	-	-	(<$0.1\%$)
Robin for all	${\alpha }_i=10$	$C=0.1543$, (<$1\%$)	$V=5.45V_0$, (≤$0.1\%)$
Robin for all,       (case Section 3.3)	${\alpha }_i=100$, ${\alpha }_i\left[{\widehat{X}}_i\right]=1$	$C\in [0.142,0.147]$, Profile I	$V=5.09V_0$, ($[5\%,15\%]$, for all i)
Robin for $T_c$	${\alpha }_6=100$	-	(<$1\%$)
Robin for $T_h$	${\alpha }_4=100$	-	(<$1\%$)
Robin for M	${\alpha }_2=100$	$0.151$, (<$1\%$)	$V=5.09V_0$, $M\in [0.71,0.82]$, profile I

^† The five cell types are M, T_h, T_r , T_c, and D_n. Here i = 2, 4, 5, 6, 7.