Pt. 1 | | Introduction | | |
1 | | Physiology and the genome | | 10 |
2 | | Homeostasis and the physiology of proteins | | 12 |
3 | | Body water compartments and physiological fluids | | 14 |
4 | | Cells, membranes and organelles | | 16 |
5 | | Membrane transport proteins and ion channels | | 18 |
6 | | Biological electricity | | 20 |
7 | | Conduction of action potentials | | 22 |
8 | | The autonomic nervous system | | 24 |
9 | | Blood | | 26 |
10 | | Inflammation and immunity | | 28 |
11 | | Principles of diffusion and flow | | 30 |
Pt. 2 | | Muscles | | |
12 | | Skeletal muscle and its contraction | | 32 |
13 | | Neuro muscular junction and whole muscle contraction | | 34 |
14 | | Motor units, recruitment and summation | | 36 |
15 | | Cardiac and smooth muscle | | 38 |
Pt. 3 | | The cardiovascular system | | |
16 | | lntroduction to the cardiovascular system | | 40 |
17 | | The heart | | 42 |
18 | | The cardiac cycle | | 44 |
19 | | Initiation of the heart beat and excitation - contraction coupling | | 46 |
20 | | Control of cardiac out put and Starlings law of the heart | | 48 |
21 | | Blood vessels | | 50 |
22 | | Controlof blood pressure and blood volume | | 52 |
23 | | The microcirculation, filtration and lymphatics | | 54 |
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