6. The axonal propagation of the action potential. Axon classification.
7. Receptors, signal transduction mechanisms.28:02
8. Fluid compartments of the body. The blood plasma.
10. Erythropoiesis.00
11. Hemoglobin Degradation & Bilirubin. Jaundice00
12. Physiology Of White Blood Cells00
13. The AB0 and Rh blood groups.
14. Primary hemostasis.00
15. Secondary Hemostasis.00
16. Fibrinolysis. Inhibition of clotting in vitro and in vivo.
17. Neurotransmission.00
19. The parasympathetic division of the autonomic nervous system.00
20. The sympathetic division of the autonomic nervous system. The adrenal medulla.28:37
22. Skeletal muscle: structure, electromechanical coupling, the biochemistry of contraction.00
23. skeletal muscle: mechanics & energetics
24. Smooth muscle: Structure, electromechanical coupling and biochemistry of contraction00
25. Respiratory mechanics I: static mechanics of the lung & the chest00
26. Respiratory Mechanics II – Ventilation.00
28. Oxygen transport in blood.00
29. Carbondioxide transport in the blood00
30. Rhymogenesis of breathing: lung ventilatory reflexes & neural control of breathing.00
33. & 34. Hemodynamics: basic biophysical principles & Hemorheology.00
35. Cardiac muscle: Structure & functional characterisation & regulation of contractile force
36. Cardiac Cycle & Jugular pulse
39. A. Basics of ECG (The Biophysics involved)54:30
39. B. The ECG Leads37:35
39. C. ECG Analysis (Waves, Intervals and Clinical Analysis)43:09
40. Cardiac work and metabolism. The coronary circulation.
42. The function of the aorta and the arteries.
44. The microcirculation: lymphatic circulation and edema formation.
45. The characteristics of the venous circulation.
46. The regulation of local blood flow.
