A mathematical approach to cardiovascular disease : mechanics of blood circulation /
| Main Author: | |
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| Other Authors: | |
| Format: | Book |
| Language: | English |
| Published: |
Tokyo :
Kokuseido Pub. Co.,
[1998]
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| Edition: | First edition. |
| Subjects: |
Table of Contents:
- Basic formulae of hemodynamics
- One-circulation system model
- Two-circulation system model
- Dynamics of an intermittent pump and elastic pipe model
- Basic formulae
- Phenomena during one heart beat
- Dynamics of blood pressure (arterial pressure)
- Biological factors and physical factors
- How is mean blood pressure determined?
- How are maximum blood pressure and minimum blood pressure determined
- Dynamics of venous pressure - how is venous pressure determined?
- The role of capillary vessels in the determination of venous pressure
- Dynamics of the total circulatory system by taking venous pressure into consideration
- Blood volume and mean circulatory filling pressure
- Dynamics of congestive heart failure
- What is congestive heart failure?
- Balance between blood volume and energy output
- Balance between systemic and pulmonary circulatory systems
- Congestion in the systemic circulation is not right ventricular failure
- Dynamics of right ventricular myocardial infarction
- Dynamics of the pulmonary circulation
- Special characteristics of the pulmonary circulation and Poiseuille's Law
- Dynamics of hard tubes and soft tubes
- How is blood flow in the pulmonary circulation determined?
- Harmony between the systemic circulation and the pulmonary circulation
- What is cor pulmonale?
- Dynamics of acute cor pulmonale
- Dynamics of heart-failure lung
- Dynamics of valvular stenoses
- What is stenotic resistance?
- Dynamics of aortic stenosis
- Dynamics of pulmonary stenosis
- Dynamics of mitral stenosis
- Dynamics of valvular insufficiency
- Dynamics of regurgitation
- Dynamics of aortic insufficiency
- Dynamics of mitral insufficiency
- Tricuspid insufficiency
- Distribution of blood flow in valvular insufficiency
- Dynamics of cardiac anomalies
- Dynamics of patent ductus arteriosus
- Dynamics of septal defects
- Dynamics of ventricular septal defect
- Dynamics of atrial septal defect
- Dynamics of the Eisenmenger Syndrome
- Dynamics of shock and dynamics of the athletic heart
- Dynamics of shock
- Dynamics of the athletic heart
- Dynamics of myocardial contraction as seen from the viewpoint of enzyme reactions
- Enzyme reactions during myocardial contraction
- The all-or-nothing law and the QT interval
- How is chemical energy converted to dynamic energy?
- Dynamics of the right ventricular bypass operation and the artificial heart
- Dynamics of the Fontan operation
- Dynamics of the artificial heart and the artificial lung.