Modeling the behavior of human induced pluripotent stem cells seeded on melt electrospun scaffolds

Table 2 Experimental and compound parameter values

Par	Experimental value range (×10⁻⁵)	Ref	Functional effect range	Compound value range
\(\alpha =\bar {\alpha }f_{1}f_{7}\)	[0.1,2.6]^∗	[14]	[0.66,4]	[0.00000066,0.00010]
\(\beta =\bar {\beta }f_{2}f_{7}\)	[1.6,2.6]	[14]	[0.685,4]	[0.000011,0.000104]
\(\gamma =\bar {\gamma }f_{3}f_{7}\)	[1.6,2.6]	[14]	[0.51,4]	[0.00000816,0.000104]
\(p_{1}=\bar {p_{1}}f_{5}f_{6}f_{10}\)	[69,120]	[7, 29, 37]	[0,11.81]	[0,0.014]
\(p_{2}=\bar {p_{2}}f_{5}f_{6}f_{10}\)	[45,160]	[7, 29, 37]	[0,11.81]	[0,0.019]
\(d_{1}=\bar {d_{1}}f_{4}f_{9}\)	[10,17]	[8]	[0.0050,1.24]	[0.00000050,0.00021]
\(d_{2}=\bar {d_{2}}f_{4}f_{9}\)	[7.3,8.2]	[8]	[0.0050,1.24]	[0.00000036,0.000102]
\(r=\bar {r}f_{8}\)	[0.1,17]^∗	[8]	[0.14,3]	[0.00000014,0.00051]

The functional effect is the product of feedbacks for each parameter, e.g. f _α=f ₁ f ₇. The compound value is the experimental value, denoted by a bar above the parameter, multiplied by the functional effect, e.g. \( \bar {\alpha }f_{\alpha }\)
^*No measurements available. Closest related measurements were taken. For α, the upper bound for β was used. For r, the upper bound for d ₁ was used. In both cases, it is taken that 0.000001 is the lower bound

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