\(d_{1}\)

Reaction rate constant in (1)

1.520 × 10^{4}

1.520 × 10^{3}

\(\mbox{g}^{1}~\mbox{cm}^{3}~\mbox{wk}^{1}\)

\(d_{2}\)

Variation constant in (2)

1.429

0.8024

\(\mbox{g}^{1}~\mbox{cm}^{3}~\mbox{wk}^{1}\)

\(d_{O}\)

Degradation rate of \(L_{O}\)

6.048 × 10^{−1}

0.01

wk^{−1}

\(d_{M}\)

Death rate of M

6.048 × 10^{−1}

0.01

wk^{−1}

\(d_{F}\)

Death rate of F

4.285 × 10^{−3}

0.25

wk^{−1}

\(d_{C}\)

Degradation rate of \(C_{O}\)

0.01

0.01

wk^{−1}

\(d_{c}\)

Degradation rate of \(C_{M}\)

0.01

0.1

wk^{−1}

\(d_{S}\)

Intrinsic death rate of S

1.08

0.1

wk^{−1}

\(d_{E}\)

Removal rate of E

0.5

0.05

wk^{−1}

\(k_{c}\)

Saturation constant of migration

10^{−4}

10^{−2}

wk^{−1}

\(m_{s}\)

Removal rate of S to form E

1.68

0.5

wk^{−1}

\(s_{1}\)

Production rate of \(C_{O}\)

6.05 × 10^{−3}

1.520 × 10^{3}

wk^{−1}

\(s_{2}\)

Immigration rate of M fostered by \(C_{O}\)

10.2

0.8024

wk^{−1}

\(s_{3}\)

Production rate of \(C_{M}\)

0.1814

0.01

wk^{−1}

\(s_{4}\)

Proportionality constant in production rate of S due to migration

1.814

0.01

wk^{−1}

\(s_{5}\)

Variation constant in production rate of E

6.0

0.25

wk^{−1}

\(R_{f}\)

Number of free radicals in oxidation process

0.02772

0.01

mg/ml

α

Fraction of \(M L_{O}\) that goes into E production

0.5

0.6



β

Fraction of \(M L_{O}\) that goes into F production

0.5

0.4



μ

Proportionality constant in (8)

6.05

0.00238

wk^{−1}

ρ

Migration rate of S at vanishing \(C_{M}\)

7.5

0.001

\(\mbox{g}^{1}~\mbox{cm}^{3}~\mbox{wk}^{1}\)

σ

Growth rate of \(L_{l}\)

2.016 × 10^{3}

2.016 × 10^{3}

\(\mbox{g}^{1}~\mbox{cm}^{3}~\mbox{wk}^{1}\)

p

Proliferation rate of S

[1.700,1.765]

0.4

wk^{−1}
