FIG. | page |
1. Cross section of a large artery | 28 |
2. Cross section of a coronary artery | 36 |
3. Arteriosclerosis of the thoracic and abdominal aorta | 39 |
4. Arteriosclerosis of the arch of the aorta | 40 |
5. Normal Aorta | 41 |
6. Radiogram showing calcification of both radial and ulnar arteries | 42 |
7. Syphilitic aortitis of long standing | 44 |
8. Diagrammatic representation of strain hypertrophy | 48 |
9. Strain hypertrophy | 49 |
10. Cross section of small artery in the mesentery | 56 |
11. Enormous hypertrophy of left ventricle | 58 |
12. Aortic incompetence with hypertrophy and dilatation of left ventricle | 61 |
13. Cooks modification of Riva-Roccis blood pressure instrument | 72 |
14. Stanton's sphygmomanometer | 73 |
15. The Erlanger sphygmomanometer with the Hirschfelder attachments | 74 |
16. Desk model Baumanometer | 75 |
17. Faught blood pressure instrument | 76 |
18. Rogers' "Tycos" dial sphygmomanometer | 77 |
19. Detail of the dial in the "Tycos" instrument | 78 |
20. Faught dial instrument | 79 |
21. Detail of the dial of the Faught instrument | 79 |
22. The Sanborn instrument | 80 |
23. Method of taking blood pressure with a patient in sitting position | 81 |
24. Method of taking blood pressure with patient lying down | 82 |
25. Observation by the auscultatory method and a mercury instrument | 84 |
26. Observation by the auscultatory method and a dial instrument | 85 |
27. Schema to illustrate decrease in pressure | 86 |
28. Chart showing the normal limits of variation in systolic blood pressure | 89 |
29. Tracing of auscultatory phenomena | 94 |
30. Tracings of auscultatory phenomena | 95 |
31. Clinical determination of diastolic pressure fast drum | 96 |
32. Clinical determination of diastolic pressure slow drum | 96 |
33. Venous blood pressure instrument | 121 |
34. New venous pressure instrument | 122 |
35. Events in the cardiac cycle |
|