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Weinstein, 2000
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A mathematical model of the outer medullary collecting duct of the rat
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Model Mathematics
Component based math viewer is available
Component: environment
Component: Concentrations
x_T
=
x_Tmax
1
+
HCO3_i
K_I
d
d
time
HCO3_i
=
60
Component: AE1_rate_constants
Component: AE1
beta_p
=
HCO3_e
Kb_p
beta_pp
=
HCO3_i
Kb_pp
gamma_p
=
Cl_e
Kc_p
gamma_pp
=
Cl_i
Kc_pp
sigma
=
1
+
beta_p
+
gamma_p
Pb_pp
beta_pp
+
Pc_pp
gamma_pp
+
1
+
beta_pp
+
gamma_pp
Pb_p
beta_p
+
Pc_p
gamma_p
x_p
=
x_T
Pb_pp
beta_pp
+
Pc_pp
gamma_pp
sigma
x_pp
=
x_T
Pb_p
beta_p
+
Pc_p
gamma_p
sigma
Jb_influx
=
x_T
sigma
Pb_p
beta_p
Pb_pp
beta_pp
+
Pc_pp
gamma_pp
Jc_influx
=
x_T
sigma
Pc_p
gamma_p
Pb_pp
beta_pp
+
Pc_pp
gamma_pp
J_HCO3
=
x_T
sigma
Pb_pp
beta_pp
Pc_p
gamma_p
-
Pb_p
beta_p
Pc_pp
gamma_pp
J_Cl
=
-
J_HCO3
Jo_bm
=
1
x_T
1
Pb_p
+
1
Pb_pp
+
Kb_pp
Pb_pp
HCO3_i
-
1
Ji_bm
=
1
x_T
1
Pb_p
+
1
Pb_pp
+
Kb_p
Pb_p
HCO3_e
-
1
Js_bm
=
1
x_T
1
Pb_p
+
1
Pb_pp
-
1
Jo_cm
=
1
x_T
1
Pc_p
+
1
Pc_pp
+
Kc_pp
Pc_pp
Cl_i
-
1
Ji_cm
=
1
x_T
1
Pc_p
+
1
Pc_pp
+
Kc_p
Pc_p
Cl_e
-
1
Js_cm
=
1
x_T
1
Pc_p
+
1
Pc_pp
-
1
Source
Derived from workspace
Weinstein 2000
at changeset
c38ebc4bb33b
.
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This work is licensed under a
Creative Commons Attribution 3.0 Unported License
.
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A mathematical model of the outer medullary collecting duct of the rat