. 2019 Apr 19;9:6333. doi: 10.1038/s41598-019-42799-2

Table 1.

Model kinetic expressions.

Reaction	Rate Equation
R ₁	$R_{1} = k_{p 1} [Q] - k_{m 1} [S Q],$
R ₂	$R_{2} = k_{p 2} [S Q] k_{O 2} - k_{m 2} [Q] [O_{2}^{. -}],$
R ₃	$R_{3} = k_{p 3} {[S Q]}^{2},$
R ₄	$R_{4} = k_{p 4} [S Q] - k_{m 4} [H_{2} Q],$
R ₅	$R_{5} = k_{p 5} {[S Q]}^{2} - k_{m 5} [Q] [H_{2} Q] .$

Kinetic terms assembled to describe quinone/doxorubicin redox cycling are based on the law of mass action. All parameters values were obtained from fitting to experimental data and are located in the supplementary information. All reactions correspond to Fig. 2 only.