From: Modeling glucose and free fatty acid kinetics in glucose and meal tolerance test

MOD 1 | MOD 2 | MOD 3 | |
---|---|---|---|

Glucose kinetics |
S
_{
G
}
G
_{
b
} − (S
_{
G
} + S
_{1}
X)G
| - | |

Insulin kinetics |
C
_{
x
}[I(t) − X − I
_{
bx
}]
| - | |

FFA lipolysis | \( {l}_0+\frac{l_2}{1+{\left(X/{X}_2\right)}^{A_{lipo}}} \) | \( {l}_0+\left[\frac{l_2}{1+{\left(X/{X}_2\right)}^{A_l}}\right] \) | \( \frac{V_m^{Lip}}{1+{\left(I\left(t-{t}_{DelayLip}\right)/{K}_{Lip}\right)}^{h_{lip}}} \) |

FFA clearance | \( {C}_f\left[1+\frac{{\left(X/{K}_{Cl}\right)}^{A_{Cl}}}{1+{\left(X/{K}_{Cl}\right)}^{A_{Cl}}}\right]F \) |
C
_{
f0}
F
| \( {k}_{\mathrm{Re}m}F+\frac{V_m^{\mathrm{Re}m}{I}^{h_{rem}}\left(t-{t}_{Delay\mathrm{R}\mathrm{e}m}\right)}{K_m^{h_{\mathrm{Re}m}}+{\left(I\left(t-{t}_{Delay\mathrm{R}\mathrm{e}m}\right)/{K}_{\mathrm{Re}m}\right)}^{h_{\mathrm{Re}m}}}F \) |