# Model Mathematics

### Component: pressure_driving_autonomic_receptors

$PA1=CRRFLXifCRRFLX>0.0000001PA-EXEotherwise$

### Component: chemoreceptors_effect_of_PA

$AUC=0.005⁢80-PA1⁢AUC1ifPA1<80∧PA1≥400.2⁢AUC1ifPA1<400otherwise$

### Component: chemoreceptors_effect_of_art_PO2

$AUC2=O2CHMO⁢80-PO2ARTifPO2ART<80∧PO2ART≥40O2CHMO⁢40ifPO2ART<400otherwiseAUC3=AUC+AUC2$

### Component: arterial_baroreceptor_reflex

$AUB=0.016667⁢160-PA1ifPA1<160∧PA1≥801.3336ifPA1<800otherwiseA1B=AUB-1⁢AUX+1AU6A=A1B-AU4ddtimeAU6=AU6A-AU6BAROTCAU6C=AU6$

### Component: CNS_ischemic_reflex

$AUN=0.04⁢40-PA1⁢AUN1ifPA1<400otherwise$

### Component: autonomic_response_to_vasculature_pressure

$AULP=15PLA+PRA+PPA-1⁢AULPM+1$

### Component: autonomic_response_to_exercise

$AUEX=EXCEXCXP$

### Component: total_autonomic_stimulation

$AUTTL1=AUEX⁢AULP⁢AUC3+AU6C+AUN-1⁢EXCML+1AUTTL=0ifAUTTL1<0AUTTL1otherwise$

### Component: actual_autonomic_stimulation

$DAU=AUTTL-AU1AUDMPddtimeAU1=DAUAUT=AUMAX-AUMAX-1ⅇAUSLP⁢AU1-1AU=AUMINifAUT

### Component: autonomic_drive_on_target_organs_and_tissues

$VVR=VV9-AU⁢AUL+AULAUO=AU-1AUH=AUO⁢AUV+1AUR=AUO⁢AUS+1AOM=AUO⁢O2A+1AUM=AUO⁢AUM1+1AUM2AVE=AUO⁢AUY+1$

### Component: parameter_values

Source
Derived from workspace Guyton, Autonomics, 2008 at changeset 41410cd1221c.
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