1 | Heart bioelectrical events - General principles of Electrocardiography |
2 | Cardiac contraction mechanism |
3 | Bioelectrical measurement and observation, tools of bioelectric applications |
4 | The flow properties of the blood, the physical properties of the blood vessel |
5 | The efficacy of the heart and cardiac cycle |
6 | Blood pressure and blood flow rate measurement methods |
7 | Midterm Exam |
8 | renal physiology |
9 | Respiratory system and function |
10 | Surface tension and alveolar mechanics - Volume and pressure changes during respiration |
11 | Respiratory gas exchange between blood gases and blood of alveollerl |
12 | Operating principles of Heart-lung machine and circulatory support system |
13 | Heart-lung machine and circulatory support systems biophysical principles |
14 | Respiratory gas laws, the surface tension and alveolar mechanics to describe, pulmonary function tests, compliance and understanding of the work of breathing and parameters |