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Table 1 Model parameters

From: Levels of pro-apoptotic regulator Bad and anti-apoptotic regulator Bcl-xL determine the type of the apoptotic logic gate

Symbol

Value

Unit

Description

s 1

10−2

mlcl × s−1

Basal BaxmRNA synthesis rate

s 2

3 × 10−2

mlcl × s−1

p53killer-regulated BaxmRNA synthesis rate

s 3

2 × 101

mlcl × s−1

Pro-caspases synthesis rate

s 4

2 × 10−1

s−1

Bax protein synthesis

M

105

mlcl

Michaelis–Menten coefficient for p53killer-regulated Bax transcription

d 1

10−3

s−1

BaxmRNA degradation rate

d 2

10−4

s−1

Bax degradation rate

d 3

2 × 10−4

s−1

Pro-caspases and caspases degradation rate

b 1

3 × 10−5

mlcl−1s−1

Bax–Bcl-xL binding rate

b 2

3 × 10−3

mlcl−1s−1

Bcl-xL–Badu binding rate

b 3

3 × 10−3

mlcl−1s−1

Badp–Scaffold14-3-3 binding rate

u 1

10−4

s−1

Bax:Bcl-xL heterodimer unbinding rate

u 2

10−4

s−1

Bcl-xL:Badu heterodimer unbinding rate

u 3

10−4

s−1

Badp:Scaffold14-3-3 heterodimer unbinding rate

p 1

3 × 10−10

s−1

Badu phosphorylation rate in Bcl-xL:Badu heterodimer (by Aktp)

q 1

3 × 10−5

s−1

Badp dephosphorylation rate

a 1

2 × 10−10

mlcl−1s−1

Pro-caspases activation rate (by Bax)

a 2

10−12

mlcl−2s−1

Pro-caspases autoactivation rate

A k t tot

2 × 105

mlcl

Constant pool of Akt, A k ttot=A k tu+A k tp

p5 3 killer max

2 × 105

mlcl

Maximum allowed level of p 53killer

  1. Abbreviation ‘mlcl’ denotes the number of molecules per cell.