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Abstract
Pulmonary hypertension is defined as a mean pulmonary artery pressure (mPAP) ≥25 mmHg, with Pulmonary Capillary Wedge Pressure ≤ 15 mmHg, measured by cardiac catheterization. The etiology of PH has a varied spectrum extending right from Drugs, toxins and portal hypertension to HIV, Collagen Vascular Diseases and Persistent Pulmonary Hypertension of Newborn, etc.
The estimation of disease prevalence has been nearly impossible owing to the geographic distribution and economic diversity, along with significant regional variations in human development and healthcare infrastructure. A large number of patients with PH never reach the health centers capable of diagnosing the disease condition correctly.
Advance pulmonary vascular disease as a result of uncorrected CHD is a major health challenge in the developing world.
PH exists as a major component of many forms of cardiac and pulmonary disease. While breathlessness is the most common feature of PH, patients often also present with chest pain, syncope, fatigue, weakness and abdominal distension. The precordial signs include a right ventricular lift, accentuated pulmonary component of S2, a pansystolic murmur of Tricuspid regurgitation, a diastolic murmur of pulmonary regurgitation and a right ventricular S3.
The standard diagnostic workup in developed countries includes a series of investigations to rule out the secondary causes. Additional tests are required to estimate the disease severity and plan the appropriate treatment. These include the cardiac catheterization, selective pulmonary angiography by direct injection of pulmonary arteries, high resolution CT scan, cardiac magnetic resonance, ABGs, nocturnal O2 saturation, etc. While most of the basic management is feasible in the Indian conditions, most of the newly introduced drugs are either not available or are available at costs that far exceed the paying capacity of an average citizen of a developing economy. An underdeveloped health insurance system adds further to the financial burden of the treatment.
Measures like formulation of guidelines for diagnosis and treatment of PAH, educating clinicians and scientists and making medications affordable to poor patients might ensue a breakthrough in the overall management of pulmonary hypertension.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Front Cover | ||
Front Matter | ia | ||
ECAB ClinicalUpdate:Cardiology | id | ||
Copyright | if | ||
About the Authors | i | ||
Contents | iii | ||
ECAB Clinical Update Information | iv | ||
Pulmonary Hypertension: Past, Present and Future | 1 | ||
A Historical Perspective | 3 | ||
Where are we Now? | 5 | ||
The Future | 8 | ||
Pulmonary Hypertension in India and the Developing World | 11a | ||
Epidemiology of Pulmonary Hypertension in the Developing World | 12 | ||
The Challenge of Managing Pulmonary Hypertension with Limited Resources | 16 | ||
The Challenge of Early Diagnosis and Referral | 16 | ||
Clinical and Genetic Aspects of Pulmonary Hypertension: An Overview | 30a | ||
Physiological and Genetic Aspects | 34 | ||
Bone Morphogenetic Protein Receptor Type 2 | 34 | ||
Activin Receptor-Like Kinase | 40 | ||
Serotonin Transporter | 41 | ||
Microsatellite Markers | 42 | ||
Expression Profiling in Human Primary Pulmonary Hypertension | 42 | ||
Therapeutics | 43 | ||
Conclusions | 44 | ||
Acknowledgment | 45 | ||
Evaluation of a Patient with Pulmonary Hypertension: What is Necessary for Diagnosis, Classification and Prognostication | 56a | ||
Basic Studies | 57 | ||
Electrocardiogram | 57 | ||
Chest Radiograph | 57 | ||
Echocardiography | 59 | ||
Two-Dimensional Echocardiography | 59 | ||
Doppler Evaluation to Assess Hemodynamics | 61 | ||
Blood Tests and Biomarkers | 64 | ||
Immunological Tests | 64 | ||
Confirming The Diagnosis and Establishing Causality | 65 | ||
Imaging Studies | 65 | ||
Lung Perfusion Scan | 65 | ||
CT Scan and CT Angiography of Pulmonary Vessels | 66 | ||
Pulmonary Angiography | 69 | ||
Magnetic Resonance Imaging of Heart and Pulmonary Vasculature | 71 | ||
Pulmonary Angioscopy | 71 | ||
Right Heart Catheterization | 71 | ||
Lung Biopsy | 72 | ||
Pulmonary Function Tests | 72 | ||
Six-minute Walk Test and Cardiopulmonary Exercise Testing | 72 | ||
Conclusion | 74 | ||
Evidence-based Management of Pulmonary Arterial Hypertension | 78a | ||
Calcium Channel Blockers | 79 | ||
Prostacyclin Analogs or Prostanoids | 80 | ||
Epoprostenol | 81 | ||
Treprostinil | 82 | ||
Iloprost | 83 | ||
Beraprost | 84 | ||
Endothelin Receptor Antagonists | 84 | ||
Bosentan | 85 | ||
Sitaxsentan | 87 | ||
Ambrisentan | 88 | ||
Phosphodiesterase-5 (PDE-5) Inhibitors | 89 | ||
Sildenafil | 89 | ||
Combination Therapy | 90 | ||
Rationale for Combination Therapy35 | 90 | ||
Strategies for Combination Therapy | 91 | ||
Drug Interactions35 | 92 | ||
Other Conventional and Supportive Therapies | 95 | ||
Anticoagulation | 95 | ||
Oxygen Therapy | 95 | ||
Digoxin | 95 | ||
Diuretics | 96 | ||
Atrial Septostomy | 96 | ||
Novel Treatments for the Future | 96 | ||
Vasoactive Intestinal Polypeptide | 96 | ||
Inhibition of Angiogenesis | 96 | ||
Stem Cell Therapy | 97 | ||
Disease-Targeted Therapy of Pulmonary Arterial Hypertension Based On 2007 Accp Recommendations2 | 97 | ||
Functional Class II | 97 | ||
Functional Class III | 97 | ||
Functional Class IV | 97 | ||
Add-on or Combination Therapy | 98 | ||
Conclusions | 98 | ||
Assessment of Operability in Left to Right Shunts: Guidelines for the Practising Cardiologists | 130a | ||
The Knowns | 104 | ||
The Reason for Confusion | 105 | ||
Clinical Assessment of Operability | 106 | ||
Influence of Age | 106 | ||
Other Factors Influencing Pulmonary Vasculature | 106 | ||
Other Investigations | 107 | ||
Conclusions | 111 | ||
Pulmonary Hypertension Early After Congenital Heart Surgery: Prevention and Treatment | 114a | ||
Pathophysiology | 117 | ||
Right Ventricular Dysfunction, Ventricular Interdependence and Pulmonary Hypertensive Crisis | 119 | ||
Diagnosis | 121 | ||
Management | 126 | ||
Sedation and Analgesia | 127 | ||
Fluid Management | 128 | ||
Ventilation Strategies | 130 | ||
Right Ventricular (RV) Failure Management | 133 | ||
Atrial Septostomy | 139 | ||
Summary | 140 | ||
Summary | 150 | ||
Other Books in This Series | 151 |