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Model Mathematics

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Component: input_values

Component: state_variables

Component: parameter_values

Component: environment

Component: atrial_natriuretic_peptide

Component: total_ANP_secreted

ANPL = \{\begin{matrix} 0 if (PLA - 1) 1 < 0 \\ (PLA - 1) 1 otherwise \end{matrix} ANPR2 = \{\begin{matrix} 0 if (PRA + 1) 2 < 0 \\ (PRA + 1) 2 otherwise \end{matrix} ANP = \frac{ANPL + ANPR2}{3}

Component: ANP_into_circulation

ANP1 = \{\begin{matrix} ANPKNS if ANPKNS > 0 \\ ANP + ANPINF otherwise \end{matrix}

Component: ANP_in_plasma

\frac{d}{d time} (ANPC) = \frac{ANP1 - ANPC}{ANPTC}

Component: ANP_effect_on_renal_afferent_arteriolar_resistance

ANPX1 = ANPXUL - (\frac{ANPXUL}{0.5555556 (1 + ANPC)}) ANPX = \{\begin{matrix} - 1 if ANPX1 < - 1 \\ ANPX1 otherwise \end{matrix}

Component: state_variables

Component: parameter_values

Source: Derived from workspace Guyton, Atrial, Natriuretic, Peptide, 2008 at changeset e955eb75c5c4.

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