Physiolibrary.Organs.Systems

Package Content

Name	Description
Cardiovascular
Systemic
Peripheral
Splanchnic
SystemicCirculationFullDynamic
CardioVascularSystem

Physiolibrary.Organs.Systems.Cardiovascular

Information

Cardiovascular system

Connect heart with pulmonary and systemic part. This connection contains pressures and blood flows before and after heart.

Output signal variables about blood volume between lungs capilaries and systemic tissue capilaries are used in gass transport submodels like O2 or CO2.

Output signal Vesseles_V0 is used for systemic veins collapsing in massive blood lost.

The blood properties convert known variables values to another meanings (haematocrit, viscosity, ..).

Red cells contains volume, loss and gains all red blood cells.

Extends from Physiolibrary.Icons.CardioVascular.

Parameters

Name	Description
replaceable package Blood

Connectors

Name	Description
replaceable package Blood
busConnector	signals of organ bood flow resistence

Physiolibrary.Organs.Systems.Systemic

Information

Blood volume (and pressure) distributions between

systemic arteries,
systemic veins and
portal (splanchnic) vein.

Blood flow throught:

GIT, hepatic artery, liver
Kidney
CNS
Skeletal muscle
Respiratory muscle
Skin
Bones
Adipose tissue
Other tissue

Extends from Physiolibrary.Icons.SystemicCirculation.

Parameters

Name	Description
replaceable package Blood

Connectors

Name	Description
replaceable package Blood
port_a	Blood inflow
port_b	Blood outflow
busConnector	signals of organ bood flow resistence

Physiolibrary.Organs.Systems.Peripheral

Information

Blood resistance in peripheral organs except hepatic artery, gastro interstitional tract, vena porte, liver and liver veins.

Extends from Physiolibrary.Icons.PerfusionDO, Physiolibrary.Icons.PeripheralCirculation.

Parameters

Name	Description
replaceable package Blood

Connectors

Name	Description
replaceable package Blood
port_a[8]	Blood inflow
port_b[8]	Blood outflow
busConnector	signals of organ bood flow resistence
Sympathicus	Sympathetic ganglia general neural activity [Hz]

Physiolibrary.Organs.Systems.Splanchnic

Information

Blood volume (and pressures) distribution between

pulmonary arteries,
pulmonary veins and
pulmonary capilaries.

Blood flow through ventilated alveoli.

Extends from Physiolibrary.Icons.PerfusionDO, Physiolibrary.Icons.GITract.

Parameters

Name	Description
replaceable package Blood

Connectors

Name	Description
replaceable package Blood
port_a[2]	Blood inflow
port_b	Blood outflow
busConnector	signals of organ bood flow resistence

Physiolibrary.Organs.Systems.SystemicCirculationFullDynamic

Information

Blood volume (and pressure) distributions between

systemic arteries,
systemic veins and
portal (splanchnic) vein.

Blood flow throught:

GIT, hepatic artery, liver
Kidney
CNS
Skeletal muscle
Respiratory muscle
Skin
Bones
Adipose tissue
Other tissue

Extends from Physiolibrary.Icons.SystemicCirculation.

Parameters

Name	Description
replaceable package Blood

Connectors

Name	Description
replaceable package Blood
port_a	Blood inflow
port_b	Blood outflow
busConnector	signals of organ bood flow resistence

Physiolibrary.Organs.Systems.CardioVascularSystem

Information

Cardiovascular system

Connect heart with pulmonary and systemic part. This connection contains pressures and blood flows before and after heart.

Output signal variables about blood volume between lungs capilaries and systemic tissue capilaries are used in gass transport submodels like O2 or CO2.

Output signal Vesseles_V0 is used for systemic veins collapsing in massive blood lost.

The blood properties convert known variables values to another meanings (haematocrit, viscosity, ..).

Red cells contains volume, loss and gains all red blood cells.

Extends from Physiolibrary.Icons.CardioVascular.

Parameters

Name	Description
replaceable package Blood

Connectors

Name	Description
replaceable package Blood
busConnector	signals of organ bood flow resistence

Automatically generated Wed Oct 11 14:54:26 2023.