A Programmed Course in Electrocardiography - Bishop (Warner-Chilcott 1965).pdf

Don't let the publication year scare you. Human physiology hasn't changed much (for at least a few thousand years), and this course teaches the (still) currently preferred method of interpreting EKGs.

A programmed course in Electrocardiography

0. Spatial Vector Approach to Electrocardiography
1. The Wave of Depolarization
2. Cardiac Vectors
3. Atrial Depolarization
4. Atrial Ectopic Beats
5. Cardiac Conduction System
6. ECG Deflections as a Reflection of Electrical Changes in the Myocardium
7. Introduction to Augmented Unipolar Limb Leads
8. Augmented Unipolar Limb Leads
9. The Chest Leads and the Lewis and Esophageal Leads
10. Calibration and Measurement of the ECG
11. Significance of the P Wave in Atrial, Nodal, and Ventricular Premature Contractions
12. Variations in Ectopic Sites as Reflected on the ECG Tracing
13. The QRS Complex in Atrial, Nodal, and Ventricular Premature Contractions
14. Atrial, Nodal, and Ventricular Premature Contractions: Concluding and Diagnostic Sections
15. The Spontaneous Discharge Cycle
16. The Cardiac Pacemaker as Influenced by the Vagus
17. Discharge Mechanisms of Ectopic Foci
18. Tachycardia: Bigeminy, Trigeminy, and Quadrigeminy
19. Reseting of the SA Node
20. Compensatory Pause and Interpolated Beats
21. Review and Diagnostic Section
22. Parasystole
23. Multifocality
24. Wolff-Parkinson-White Syndrome
25. AV Block, Part I
26. AV Block, Part II
27. Tachycardia, Part I
28. Tachycardia, Part II
29. Tachycardia, Part III
30. Tachycardia, Part IV
31. Flutter and Fibrillation, Part I
32. Flutter and Fibrillation, Part II
33. Aberrant Conduction in Atrial Flutter and Fibrillation
34. Locating the Obscured P Wave
35. Cardiac Arrhythmias, Review and Diagnostic Section, Part I
36. Cardiac Arrhythmias, Review and Diagnostic Section, Part II