Table 3 Kinetic constants of the tet operon reaction network.

k₁ = 10⁺⁹

[31]^h

k₁₈ = 5.80·10^-3

[31]

k₃₅ = 30

[44]

k₅₂ = 10⁺⁵

e

k₂ = 10

[31]^h

k₁₉ = 0.10

[20]

k₃₆ = 30

[44]^a

k₅₃ = 100

[44]

k₃ = 10⁺⁸

[31]^h

k₂₀ = 4.80·10⁺⁵

[20]

k₃₇ = 621

[8]^b

k₅₄ = 100

[44]^a

k₄ = 10^-4

[31]^h

k₂₁ = 10^-4

[20]

k₃₈ = 7.23·10⁺⁶

[40, 63]^h

k₅₅ = 394

[64]^b

k₅ = 5.00·10⁺⁸

[16, 31]^h

k₂₂ = 2.40·10⁺⁵

[20]

k₃₉ = 0.10

[63]^h

k₅₆ = 3.85·10^-5

f

k₆ = 10^-4

[31]^h

k₂₃ = 2.00·10^-4

[20]

k₄₀ = 0.013

[63]

k₅₇ = 3.85·10^-5

f

k₇ = 30

[31]^h

k₂₄ = 5.80·10^-3

[31]

k₄₁ = 30

[44]

k₅₈ = 0.002

e

k₈ = 0.10

[31]^h

k₂₅ = 0.10

[20]

k₄₂ = 10⁺⁵

e

k₅₉ = 0.002

e

k₉ = 3.30·10^-4

[65]

k₂₆ = 4.8·10⁺⁴

[40, 63]^h

k₄₃ = 100

[44]

k₆₀ = 2.67· 10^-6

[43]

k₁₀ = 4.80·10⁺⁵

[20]

k₂₇ = 0.10

[63]^h

k₄₄ = 100

[44]^a

k₆₁ = 1

[13]^c

k₁₁ = 10^-4

[20]

k₂₈ = 0.013

[63]

k₄₅ = 207

[8]^b

k₆₂ = 4.90·10^-5

[21]^d

k₁₂ = 2.40·10⁺⁵

[20]

k₂₉ = 30

[44]

k₄₆ = 8.60·10⁺⁶

[19, 63]^h

k₆₃ = 10⁺⁸

g

k₁₃ = 2.00·10^-4

[20]

k₃₀ = 30

[44]^a

k₄₇ = 0.10

[63]^h

k₆₄ = 10⁺⁸

[31]

k₁₄ = 4.80·10⁺⁵

[20]

k₃₁ = 621

[8]^b

k₄₈ = 0.013

[63]

k₆₅ = 5.00·10⁺⁸

[16, 31]

k₁₅ = 10^-4

[20]

k₃₂ = 9.10·10⁺⁵

[40, 63]^h

k₄₉ = 30

[44]

k₆₆ = 0.10

[20]

k₁₆ = 2.40·10⁺⁵

[20]

k₃₃ = 0.10

[63]^h

k₅₀ = 30

[44]^a

k₆₇ = 0.10

[20]

k₁₇ = 2.00·10^-4

[20]

k₃₄ = 0.013

[63]

k₅₁ = 1182

[64]^b