Component: environment

Component: G_alpha_GTP

$d G_alpha_GTP d time = delta_G_alpha_GTP_rxn_1 + delta_G_alpha_GTP_rxn_2 + delta_G_alpha_GTP_rxn_3$

Component: G_alpha_GDP

$d G_alpha_GDP d time = delta_G_alpha_GDP_rxn_1 + delta_G_alpha_GDP_rxn_2 + delta_G_alpha_GDP_rxn_4 G_alpha_GDP_init = Go − G_alpha_GTP + PLC_active × 4.0$

Component: PLC

$d PLC d time = delta_PLC_rxn_3 + delta_PLC_rxn_4 PLC_init = Po − PLC_active$

Component: PLC_active

$d PLC_active d time = delta_PLC_active_rxn_3 + delta_PLC_active_rxn_4$

Component: DAG

$d DAG d time = kd PLC_active − hd DAG + ld kd = kd_DAG 2.0 / (K_D 2.0 + DAG 2.0)$

Component: Ca_i

$d Ca_i d time = rho_kc IP3 3.0 / (K_s 3.0 + IP3 3.0) − rho_hc Ca_i + rho_lc$

Component: reaction1

Component: reaction2

Component: reaction3

$kp = kp_DAG 2.0 / (K_D 2.0 + DAG 2.0)$

Component: reaction4

$hp = hp_DAG 2.0 / (K_D 2.0 + DAG 2.0)$