. 2020 Jul 22;8:762. doi: 10.3389/fbioe.2020.00762

Table 5.

The rate equations in both Section Hepatic Bloodstream (SHB) and Section Bloodstream Circulation (SBC).

Exchanging variables	Rate equations in Section Hepatic Bloodstream (SHB)
Fructose	$\frac{d F r u_{S H B}}{d t} = - T_{F r u} * R_{H E} + R_{B S} * ({F r u}_{S B C} - F r u_{S H B})$
Glucose [simplified from Ashworth et al. (2016)]	$\frac{d G l u_{S H B}}{d t} = - T_{G l u} * R_{H E} + R_{B S} * ({G l u}_{S B C} - G l u_{S H B})$
Pyruvate/lactate [simplified from Ashworth et al. (2016)]	$\frac{d P y r_{S H B}}{d t} = - T_{P y r} * R_{H E} + R_{B S} * ({P y r}_{S B C} - P y r_{S H B})$
Fatty acids (palmitate) [simplified from Ashworth et al. (2016)]	$\frac{d F A_{S H B}}{d t} = - T_{F A} * R_{H E} + R_{B S} * ({F A}_{S B C} - F A_{S H B})$
Triglyceride [simplified from Ashworth et al. (2016)]	$\frac{d T G_{S H B}}{d t} = - T_{T G} * R_{H E} + R_{B S} * ({T G}_{S B C} - T G_{S H B})$
Exchanging variables	Rate equations in Section Bloodstream Circulation (SBC)
Fructose	$\frac{d F r u_{S B C}}{d t} = M e a l_{F r u} + C_{F r u}$
Glucose [simplified from Ashworth et al. (2016)]	$\frac{d G l u_{S B C}}{d t} = M e a l_{G l u} + C_{G l u} - U S E_{G l u} - U P_{F A} - U P_{T G}$
Pyruvate/lactate (simplified from Ashworth et al. (2016)]	$\frac{d P y r_{S B C}}{d t} = C_{P y r}$
Fatty acids (palmitate) [simplified from Ashworth et al. (2016)]	$\frac{d F A_{S B C}}{d t} = C_{F A} - U S E_{F A} + U P_{F A}$
Triglyceride [simplified from Ashworth et al. (2016)]	$\frac{d T G_{S B C}}{d t} = C_{T G} {- U S E}_{T G} + U P_{T G}$