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Book Details
Abstract
Over 5.7 million people in America carry a diagnosis of heart failure, the incidence of which approaches 1 in 100 people over the age of 65. The cost to society is estimated at $29 billion annually and over 1.1 million hospital admissions. For hospitalized heart failure patients, the 30-day readmission rate approaches 25%. As our population ages these numbers are expected to grow. This issue of Cardiology Clinics helps practitioners to manage patients at all ACC/AHA stages of heart failure and addresses key issues that include sudden cardiac death, arrhythmias, acute decompensated heart failure, and heart failure with preserved ejection fraction.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
Heart Failure\r | i | ||
Copyright\r | ii | ||
Contributors | iii | ||
Contents | vii | ||
Cardiology Clinics\r | xi | ||
Preface | xiii | ||
Epidemiology of Heart Failure and Scope of the Problem | 1 | ||
Key points | 1 | ||
Introduction | 1 | ||
Disease description | 1 | ||
Risk factors | 2 | ||
Incidence in the United States and worldwide | 2 | ||
Prevalence of HF in the United States and worldwide | 3 | ||
Mortality of HF in the United States and worldwide | 4 | ||
Clinical correlation | 4 | ||
The Complex of Multiple-Comorbidity | 4 | ||
Diagnostic criteria | 5 | ||
Intervention and treatment | 5 | ||
Summary | 6 | ||
References | 6 | ||
Pathophysiology and Etiology of Heart Failure | 9 | ||
Key points | 9 | ||
Introduction | 9 | ||
Common pathophysiologic mechanisms in heart failure | 9 | ||
Structural Heart Disease and Mechanical Stress: Pressure/Volume Overload | 9 | ||
Neurohormonal Dysregulation | 11 | ||
Ischemic Injury: Replacement Fibrosis and Hibernating Myocardium | 11 | ||
Ultrastructural Abnormalities: Hypertrophy, Fibrosis, and Apoptosis | 12 | ||
Abnormal Intracellular Calcium Handling | 13 | ||
Genetic Mutations | 13 | ||
Heart failure by etiology | 14 | ||
Ischemic Cardiomyopathy | 14 | ||
Idiopathic Dilated Cardiomyopathy | 15 | ||
Hypertensive Heart Disease | 15 | ||
Valvular Cardiomyopathy | 15 | ||
Familial Cardiomyopathy | 15 | ||
Inflammatory Cardiomyopathy | 16 | ||
Infiltrative Cardiomyopathy | 16 | ||
Toxic Cardiomyopathy | 16 | ||
Summary | 16 | ||
References | 16 | ||
The Renin-Angiotensin-Aldosterone System and Heart Failure \r | 21 | ||
Key points | 21 | ||
Introduction | 21 | ||
RAAS physiology | 21 | ||
Systemic Actions of Angiotensin II | 22 | ||
Cardiac Actions of Angiotensin II and Aldosterone | 22 | ||
RAAS blockade with ACE inhibitors | 23 | ||
ACE Inhibitors and Cardiac Remodeling | 23 | ||
ACE Inhibitors and CV Outcomes in Chronic HF | 23 | ||
ACE Inhibitors and the Prevention of HF | 24 | ||
RAAS blockade with angiotensin-receptor blockers | 24 | ||
ARBs and CV Outcomes in Chronic HF | 25 | ||
CV Outcomes of Combination Therapy with ACE Inhibitors and ARBs | 27 | ||
RAAS blockade with aldosterone antagonists | 27 | ||
Aldosterone Antagonists in CV Outcomes Trials | 27 | ||
RAAS blockade with a direct renin inhibitor | 28 | ||
RAAS blockade in HF with preserved EF | 28 | ||
Summary | 29 | ||
References | 29 | ||
The Sympathetic Nervous System and Heart Failure | 33 | ||
Key points | 33 | ||
Introduction | 33 | ||
The autonomic nervous system and the heart | 33 | ||
Anatomy | 34 | ||
Physiology | 34 | ||
Receptors | 34 | ||
Reflex mechanism of sympathetic hyperactivity in heart failure | 34 | ||
Afferent Pathways | 34 | ||
Obstructive sleep apnea | 35 | ||
Myocardial ischemia and infarction | 36 | ||
Reflex from skeletal muscle | 36 | ||
Renal failure | 36 | ||
Efferent Pathways | 36 | ||
Central mechanism of sympathetic hyperactivity in heart failure | 36 | ||
Coupling of Renin-Angiotensin System and Reactive Oxidative Stress in Brain | 36 | ||
Brain Inflammatory Mediators | 36 | ||
Effect of sympathetic hyperactivity on heart failure | 37 | ||
NE Spillover | 37 | ||
Cardiac Remodeling | 37 | ||
Receptor Level Changes | 37 | ||
Impact of β-Adrenergic Receptor Polymorphism | 38 | ||
Role of parasympathetic dysfunction in heart failure | 38 | ||
Translation into Heart Failure: Diagnostic Implications | 38 | ||
Muscle sympathetic nerve activity | 38 | ||
Nuclear imaging | 38 | ||
Other measurements | 39 | ||
The sympathetic nervous system in heart failure: therapeutic implications | 39 | ||
β-Blockers | 39 | ||
α-Blockers | 39 | ||
Centrally-Acting α2-Blockers | 41 | ||
Renin-Angiotensin-Aldosterone Modulators | 41 | ||
Digoxin | 41 | ||
Exercise | 41 | ||
Novel therapies and future perspectives | 41 | ||
New Centrally Acting Medications | 41 | ||
Parasympathetic stimulation | 42 | ||
Renal sympathetic denervation | 42 | ||
Combined SNS inhibition and stimulation | 42 | ||
Future perspectives | 42 | ||
Special categories in heart failure | 42 | ||
Diastolic Heart Failure | 42 | ||
Left Ventricular Assist Devices | 42 | ||
Right Heart Failure | 43 | ||
References | 43 | ||
Evaluation of Patients with Heart Failure | 47 | ||
Key points | 47 | ||
Introduction | 47 | ||
Definition of heart failure | 47 | ||
Evaluation of patients with heart failure | 48 | ||
History and Physical Examination | 49 | ||
History | 49 | ||
Physical examination | 50 | ||
Evaluation of Causes and Complications | 51 | ||
Laboratories | 51 | ||
Routine laboratory testing | 51 | ||
Supplemental laboratory assessments | 52 | ||
Biomarkers | 52 | ||
BNP | 52 | ||
Cardiac troponin | 53 | ||
Noninvasive assessment | 53 | ||
Echocardiogram | 53 | ||
Chest radiograph | 53 | ||
Additional imaging techniques | 53 | ||
Cardiac magnetic resonance | 53 | ||
Nuclear imaging | 54 | ||
Cardiac CT | 54 | ||
Invasive assessment | 54 | ||
Endomyocardial biopsy | 54 | ||
Pulmonary artery catheter evaluation | 55 | ||
Left heart catheterization | 55 | ||
Prognostication | 55 | ||
Scores | 55 | ||
Functional testing | 55 | ||
Biomarkers | 57 | ||
Emerging Biomarkers and Novel Diagnostic Methods | 57 | ||
Biomarkers of renal injury | 57 | ||
Biomarkers of myocardial fibrosis | 57 | ||
Noninvasive impedance cardiography | 57 | ||
Summary | 58 | ||
References | 58 | ||
Management of ACCF/AHA Stage A and B Patients | 63 | ||
Key points | 63 | ||
Introduction | 63 | ||
Stage A HF | 64 | ||
CAD | 64 | ||
Hypertension | 64 | ||
Diabetes | 64 | ||
Dyslipidemia | 65 | ||
Metabolic syndrome, obesity, and physical inactivity | 65 | ||
Sleep apnea | 65 | ||
Renal disease | 65 | ||
Smoking | 65 | ||
Alcohol | 65 | ||
Cardiotoxins | 65 | ||
Right ventricular pacing | 66 | ||
Tachycardia-induced cardiomyopathy | 66 | ||
HIV | 66 | ||
Endocrine disorders | 66 | ||
Diagnostic modalities | 66 | ||
Stage B HF | 67 | ||
Management goals | 67 | ||
Pharmacologic treatment | 67 | ||
β-Blockers | 67 | ||
ACE Inhibitors and ARBs | 67 | ||
CCBs, Digoxin, and Aldosterone Antagonists | 68 | ||
Nonpharmacological treatment | 68 | ||
Summary | 68 | ||
References | 69 | ||
Management of ACCF/AHA Stage C Heart Failure | 73 | ||
Key points | 73 | ||
Stage C heart failure | 73 | ||
Education and exercise | 73 | ||
Sodium restriction | 74 | ||
Obesity and obstructive sleep apnea | 74 | ||
Pharmacologic therapy | 75 | ||
Angiotensin-converting enzyme inhibitors | 75 | ||
Angiotensin receptor blockers | 76 | ||
Aldosterone antagonists | 77 | ||
β-adrenergic blockade | 79 | ||
Diuretics | 81 | ||
Oral vasodilators | 82 | ||
Digoxin | 83 | ||
HF with preserved ejection fraction | 84 | ||
Device therapy | 85 | ||
Implantable Cardioverter-Defibrillator | 85 | ||
Primary prevention | 85 | ||
Secondary prevention | 85 | ||
Cardiac Resynchronization Therapy | 86 | ||
Surgical interventions | 87 | ||
Coronary Artery Bypass Graft Surgery | 87 | ||
Mitral Valve Repair | 88 | ||
Ventricular Reconstruction | 88 | ||
Summary | 88 | ||
References | 88 | ||
Management of the ACC/AHA Stage D Patient | 95 | ||
Key points | 95 | ||
Introduction | 95 | ||
Evaluation for heart transplantation | 96 | ||
Indications | 96 | ||
Contraindications | 96 | ||
Physiology of the transplanted heart | 96 | ||
Lack of Innervation to the Transplantation Heart | 96 | ||
Response to Medications | 98 | ||
Immunosuppression | 98 | ||
Induction Therapy | 98 | ||
Purpose | 98 | ||
Regimens | 99 | ||
Maintenance Therapy | 99 | ||
Steroid therapy | 99 | ||
Mechanism of action | 99 | ||
Management of the ACC/AHA Stage D Patient | 113 | ||
Key points | 113 | ||
Introduction | 113 | ||
Indications for MCS | 114 | ||
Beyond New York Heart Association class: INTERMACS profiles | 116 | ||
Key trials in MCS | 116 | ||
Patient perspective: life with an MCS device | 120 | ||
What could possibly go wrong? Modes of failure of MCS devices | 122 | ||
Future trends | 122 | ||
Summary | 123 | ||
References | 123 | ||
Arrhythmias and Heart Failure | 125 | ||
Key points | 125 | ||
Atrial fibrillation | 125 | ||
Prevalence | 125 | ||
Association Between Heart Failure and Atrial Fibrillation | 125 | ||
Atrial Fibrillation Precipitating Heart Failure | 126 | ||
Pathophysiology | 126 | ||
Heart Failure Precipitating Atrial Fibrillation | 127 | ||
Therapeutic Considerations | 127 | ||
Rate or rhythm control | 127 | ||
Ventricular-rate control | 127 | ||
Rhythm restoration or control | 127 | ||
Atrial Fibrillation and Pacemaker Therapy | 128 | ||
Ventricular arrhythmias | 128 | ||
Medical Therapy for Ventricular Arrhythmias in Heart Failure | 129 | ||
References | 130 | ||
Sudden Cardiac Death in Heart Failure | 135 | ||
Key points | 135 | ||
Introduction | 135 | ||
Pathophysiology | 136 | ||
Epidemiology | 137 | ||
Risk stratification | 137 | ||
Left Ventricular Ejection Fraction | 137 | ||
Ventricular Ectopy | 138 | ||
Microvolt T-wave Alternans | 138 | ||
Heart Rate Variability and Baroreflex Sensitivity | 138 | ||
Signal-averaged ECG | 138 | ||
Electrophysiology Studies | 138 | ||
Cardiac Magnetic Resonance Imaging | 139 | ||
I-123 Metaiodobenzylguanidine | 139 | ||
Prevention and treatment of sudden death | 139 | ||
Pharmacologic Therapies | 139 | ||
Coronary Revascularization | 139 | ||
ICDs | 139 | ||
Cardiac Resynchronization Therapy | 140 | ||
Wearable Cardioverter-Defibrillators | 141 | ||
Summary | 141 | ||
References | 141 | ||
Managing Acute Decompensated Heart Failure | 145 | ||
Key points | 145 | ||
Introduction: nature of the problem | 145 | ||
Management goals | 146 | ||
Pharmacologic strategies | 146 | ||
Hemodynamic strategies | 147 | ||
Self-management strategies | 148 | ||
Evaluation and adjustment | 148 | ||
Summary | 149 | ||
References | 149 | ||
Heart Failure with Preserved Ejection Fraction | 151 | ||
Key points | 151 | ||
Introduction | 151 | ||
Epidemiology | 152 | ||
Pathophysiology | 152 | ||
Differential diagnosis | 153 | ||
Outcomes | 154 | ||
Treatment | 154 | ||
Controlling Comorbid Conditions | 154 | ||
Pharmacologic Treatment: Review of the Evidence | 154 | ||
Other ongoing investigations | 157 | ||
Summary | 158 | ||
References | 158 | ||
Adjunctive Therapy and Management of the Transition of Care in Patients with Heart Failure | 163 | ||
Key points | 163 | ||
Introduction: nature of the problem | 163 | ||
Management goals | 164 | ||
Pharmacologic strategies | 165 | ||
Diuretics | 165 | ||
Angiotensin-converting Enzyme Inhibitors/Angiotensin Receptor Blockers | 166 | ||
β-Blockers | 166 | ||
Aldosterone Antagonists | 166 | ||
Digoxin | 167 | ||
Hydralazine and Nitrates | 167 | ||
Other Pharmacologic Agents | 167 | ||
Nonpharmacologic strategies | 168 | ||
Diet in Heart Failure | 168 | ||
Cardiac Rehabilitation and Exercise | 168 | ||
Evaluation for Implantable Cardioverter-Defibrillator | 168 | ||
Cardiac Resynchronization Therapy | 169 | ||
Smoking, Alcohol, and Substance Abuse Cessation | 169 | ||
Self-management Strategies | 170 | ||
Evaluation, adjustment, recurrence | 170 | ||
Adjustments | 171 | ||
Recurrence | 171 | ||
Palliative care in heart failure | 172 | ||
Summary | 172 | ||
References | 172 | ||
Index | 175 |