
Table of Contents:
Section I: Heart Rate Variability
Chapter 1.
Physiological Background of Heart Rate Variability
Chapter 2. Standard
Measurement of Heart Rate Variability
Chapter 3.
Nonlinear Dynamics of RR Intervals
Chapter 4.
Correlations Among Heart Rate Variability Components and Autonomic
Mechanisms
Chapter 5.
Physiological Understanding of HRV Components
Chapter 6.
Autonomic Balance
Chapter 7. Heart
Rate Variability: Stress and Psychiatric Conditions
Chapter 8.
Circadian Rhythm of Heart Rate and Heart Rate Variability
Chapter 9.
Time-Frequency Analysis of Heart Rate Variability Under Autonomic
Provacations
Chapter 10. Effects of Drugs
Chapter 11. Heart Rate
Variability in Healthy Populations: Correlates and Consequences
Chapter 12. Heart Rate
Variability in Ischemic Disease
Chapter 13. Heart Rate
Variability in Heart Failure
Chapter 14. Heart Rate
Variability in Diabetes and Neuropathies
Section II: Baroreflex
Chapter 15. Physiological
Background of Baroreflex
Chapter 16. Invasive
Determination of Baroreflex Sensitivity
Chapter 17. Noninvasive
Provocations of Baroreflex Sensitivity
Chapter 18. Analysis of the
Interactions Between Heart Rate and Blood Pressure Variabilities
Chapter 19. Arterial
Baroreflexes in Ischemic Heart Disease, and Their Role in Sudden Cardiac
Death
Chapter 20. Heart Rate
Turbulence on Holter
Chapter 21. Heart Rate
Turbulence in Pacing Studies
Chapter 22. Physiological
Hypotheses on Heart Rate Turbulence
Chapter 23. Heart Rate
Turbulence in Ischemic Heart Disease
Section III: Ischemic Patterns
Chapter 24.
Electrocardiographic Background
Chapter 25. Dynamics of Silent
Ischemia
Chapter 26. Dynamics of ST
Segment in Ischemia Heart Disease
Chapter 27. Spatial Patterns of
ST Segment Shift During Myocardial Ischemia
Chapter 28. ST Segment Trend
Monitoring of Acute Chest Pain Patients
Chapter 29. Circadian Patterns
of Ischemic Episodes
Chapter 30.
Electrocardiographic Findings in Patients with Cardiovascular Syndrome X
Section IV: Ventricular
Repolarization
Chapter 31. Cellular Basis for
the Repolarization Waves of the ECG
Chapter 32. Individual QT/RR
Relationships
Chapter 33. Circadian Patterns
of QTc Interval
Chapter 34. QT Dispersion
Chapter 35. Morphological
Assessment of T Wave Morphology
Chapter 36. Circadian Pattern
of T Wave Morophology
Chapter 37. QT Interval
Dynamics During Exercise
Chapter 38. T Wave and QT
Interval Changes Related to Myocardial Ischemia
Chapter 39. Influence of Rhythm
Abnormalities on Ventricular Repolarization
Chapter 40. Dynamics of
Acquired Long QT
Chapter 41. Electrocardiogram
of Brugada Syndrome and its Dynamic Patterns
Chapter 42.
Electrocardiographic T Wave Changes in Left Ventricular Hypertrophy
Chapter 43. Macro T Wave
Alternans
Chapter 44. Microscopic T Wave
Alternans
Chapter 45. T Wave Alternans in
Ischemic Heart Disease
Chapter 46. Dynamic
Repolarization Changes and Arrhythmia Risk Assessment in Nonischemic
Heart Disease
Section V: Atrial Fibrillation
Chapter
47. Pathophysiology of the Atrial Fibrillation Electrogram
Chapter
48. P Wave Abnormalities Before AF Episodes
Chapter
49. Dynamics of Atrial Electrogram in AF
Chapter
50. Detection of Paroxysmal Atrial Fibrillation Episodes
Chapter
51. Circadian Pattern of AF Paroxysms
Chapter
52. Monitoring After Cardioversion of Atrial Fibrillation
Chapter
53. Heart Rate Profile in Chronic Atrial Fibrillation
Chapter
54. Monitoring of Heart Rate Control in Atrial Fibrillation
Chapter
55. Autonomic Influence of Atrial Fibrillation
Chapter
56. Long Time Monitoring of Cardiac Rhythm in Patients with Atrial
Fibrillation
Section VI: Ventricular Arrhythmias
Chapter
57. Monitoring Ectopic Activity
Chapter
58. Circadian Pattern of Arrhythmic Episodes
Chapter
59. Holter Monitor-Guided Antiarrhythmic Therapy
Chapter
60. Dynamics of Heart Rate Before Arrhythmias
Section VII: Electrocardiogram of an Implanted Device
Chapter
61. Electrocardiographic Monitoring with Implantable Devices
Chapter
62. Ischemic Patterns
Chapter
63. State-of-the-Art Marker Channels
Chapter
64. Interpretation of Device Stored Rhythms and
Electrocardiograms
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