Component: environment

Component: h1

$d h1 d time = phi3_c1 (1.0 − h1) − phi1_c1 phi2_c1 h1 p / (phi1_c1 p + phi_1_c1)$

Component: h2

$d h2 d time = phi3_c2 (1.0 − h2) − phi1_c2 phi2_c2 h2 p / (phi1_c2 p + phi_1_c2)$

Component: c1

$d c1 d time = Jreceptor_c1 − Jpump_c1 + Jleak + Jdiffusion$

Component: c2

$d c2 d time = Jreceptor_c2 − Jpump_c2 + Jdiffusion + Jleak$

Component: Jreceptor_c1

$Jreceptor_c1 = kf (p h1 phi1_c1 / (phi1_c1 p + phi_1_c1)) 4.0$

Component: Jreceptor_c2

$Jreceptor_c2 = kf (p h2 phi1_c2 / (phi1_c2 p + phi_1_c2)) 4.0$

Component: Jpump_c1

$Jpump_c1 = Vp c1 2.0 / (Kp 2.0 + c1 2.0)$

Component: Jpump_c2

$Jpump_c2 = Vp c2 2.0 / (Kp 2.0 + c2 2.0)$

Component: Jdiffusion

$Jdiffusion = D (c2 − c1)$

Component: model_parameters

$phi1_c1 = r2 c1 / (R1 + c1) phi_1_c1 = k1 / (R3 + c1) phi2_c1 = (k2 + r4 c1) / (R3 + c1) phi3_c1 = k3 / (R5 + c1) phi1_c2 = r2 c2 / (R1 + c2) phi_1_c2 = k1 / (R3 + c2) phi2_c2 = (k2 + r4 c2) / (R3 + c2) phi3_c2 = k3 / (R5 + c2)$