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Book Details
Abstract
This issue of Medical Clinics of North America provides the latest essential updates on COPD. The following topics are covered: pathobiological mechanisms; genes and the disease (alpha-l-antitrypsin); the environment, phenotype, and comorbidity; the role and potential of imaging; pulmonary function and its importance; exercise in testing and therapy; patients’ perception and quality of life; exacerbations, causes, prevention, and treatment; an integrated approach to the medical treatment; meducal pneumoplasty, surgical resection, or lung transplant; and smoking cessation and environmental hygiene.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
Medical Clinics of North America | i | ||
Copyright Page | ii | ||
Table of Contents | vii | ||
Contributors | v | ||
Preface | xi | ||
Chapter 1. Chronic Obstructive Pulmonary Disease: A Worldwide Problem | 671 | ||
EPIDEMIOLOGY | 672 | ||
DEFINITION OF COPD | 674 | ||
RISK FACTORS | 674 | ||
SPIROMETRY SCREENING | 675 | ||
BURDEN OF COPD IN DEVELOPING COUNTRIES | 675 | ||
FUTURE | 676 | ||
ACKNOWLEDGMENTS | 676 | ||
REFERENCES | 676 | ||
Chapter 2. Pathobiologic Mechanisms of Chronic Obstructive Pulmonary Disease | 681 | ||
INTRODUCTION | 681 | ||
PHENOTYPES OF COPD | 682 | ||
PROPERTIES OF CS | 683 | ||
CYTOCHROME P-450 GENE EXPRESSION | 683 | ||
PATHOBIOLOGIC MECHANISMS | 684 | ||
DUTCH, BRITISH, AND AMERICAN HYPOTHESES | 688 | ||
PROTEASE–ANTIPROTEASE HYPOTHESIS OF EMPHYSEMA | 689 | ||
AUTOIMMUNE HYPOTHESIS OF COPD | 689 | ||
GWAS AND COPD | 690 | ||
SUMMARY | 691 | ||
REFERENCES | 691 | ||
Chapter 3. Genes and Chronic Obstructive Pulmonary Disease | 699 | ||
COPD DUE TO SEVERE AAT DEFICIENCY | 700 | ||
GENETICS OF COPD UNRELATED TO SEVERE AAT DEFICIENCY | 702 | ||
SUMMARY | 707 | ||
REFERENCES | 707 | ||
Chapter 4. Contribution of the Environment and Comorbidities to Chronic Obstructive Pulmonary Disease Phenotypes | 713 | ||
ENVIRONMENT | 714 | ||
HOST FACTORS | 715 | ||
COMORBIDITIES | 716 | ||
PROGRESS IN DISEASE PHENOTYPES | 721 | ||
SUMMARY | 721 | ||
REFERENCES | 722 | ||
Chapter 5. The Role and Potential of Imaging in COPD | 729 | ||
INTRODUCTION | 729 | ||
CT | 730 | ||
MRI | 735 | ||
PET | 737 | ||
OCT | 737 | ||
REFERENCES | 738 | ||
Chapter 6. The Importance of the Assessment of Pulmonary Function in COPD | 745 | ||
INTRODUCTION | 745 | ||
ROLE OF SPIROMETRY IN THE DIAGNOSIS OF COPD | 745 | ||
INTRODUCTION TO PULMONARY FUNCTION TESTING | 746 | ||
DIAGNOSIS OF COPD BASED ON SPIROMETRY | 747 | ||
DIFFERENTIATING COPD FROM ASTHMA WITH BRONCHODILATOR REVERSIBILITY TESTING | 748 | ||
QUANTIFYING COPD SEVERITY WITH SPIROMETRY | 748 | ||
ROLE OF SPIROMETRY IN THE MANAGEMENT OF COPD | 749 | ||
SUMMARY | 751 | ||
REFERENCES | 751 | ||
Chapter 7. Role of Exercise in Testing and in Therapy of COPD | 753 | ||
INTRODUCTION | 753 | ||
MODALITIES OF EXERCISE TESTING | 754 | ||
SUMMARY | 763 | ||
REFERENCES | 763 | ||
Chapter 8. Defining Patient-Reported Outcomes in Chronic Obstructive Pulmonary Disease: The Patient-Centered Experience | 767 | ||
INTRODUCTION | 767 | ||
DEFINING THE PATIENT EXPERIENCE AND PATIENT-REPORTED OUTCOMES | 768 | ||
DEFINING AND MEASURING HRQOL | 768 | ||
ACCOUNTING FOR PATIENT PREFERENCES | 770 | ||
INTERPRETING HRQOL MEASURES | 773 | ||
PREDICTIVE MODELS | 773 | ||
HRQOL IN COPD | 774 | ||
ASSOCIATIONS OF PROs WITH PHYSIOLOGIC MEASURES | 774 | ||
THE IMPACT OF COPD ON PROs | 775 | ||
INTERVENTIONS THAT AFFECT HRQOL | 776 | ||
SUMMARY | 782 | ||
REFERENCES | 782 | ||
Chapter 9. COPD Exacerbations: Causes, Prevention, and Treatment | 789 | ||
FREQUENT EXACERBATOR PHENOTYPE | 789 | ||
VIRAL INFECTIONS | 790 | ||
BACTERIAL INFECTIONS | 792 | ||
ENVIRONMENTAL FACTORS | 795 | ||
EXACERBATION PREVENTION | 795 | ||
PHARMACOLOGIC THERAPIES | 796 | ||
NONPHARMACOLOGIC THERAPIES | 799 | ||
SUMMARY | 803 | ||
REFERENCES | 803 | ||
Chapter 10. An Integrated Approach to the Medical Treatment of Chronic Obstructive Pulmonary Disease | 811 | ||
INTRODUCTION | 811 | ||
EVALUATING COPD SEVERITY IN CLINICAL PRACTICE: MORE THAN THE FORCED EXPIRATORY VOLUME IN THE FIRST SECOND OF EXPIRATION | 812 | ||
COPD MEDICAL THERAPY IN CONTEXT | 816 | ||
SUMMARY | 821 | ||
REFERENCES | 822 | ||
Chapter 11. Medical Pneumoplasty, Surgical Resection, or Lung Transplant | 827 | ||
INTRODUCTION | 827 | ||
PATHOPHYSIOLOGIC BASIS FOR LUNG VOLUME REDUCTION | 827 | ||
MEDICAL PNEUMOPLASTY | 828 | ||
SURGICAL RESECTION | 834 | ||
SUMMARY | 845 | ||
REFERENCES | 845 | ||
Chapter 12. Smoking Cessation and Environmental Hygiene | 849 | ||
CIGARETTE SMOKING AND SMOKING CESSATION | 850 | ||
SMOKING CESSATION TECHNIQUES | 850 | ||
NONSMOKING RISK FACTORS IN COPD | 852 | ||
OUTDOOR AIR POLLUTION | 853 | ||
BIOMASS SMOKE | 855 | ||
OCCUPATIONAL EXPOSURES | 856 | ||
AMATEUR EXPOSURES | 857 | ||
MARIJUANA AND OTHER INHALED ILLICIT AGENTS | 857 | ||
SUMMARY | 858 | ||
REFERENCES | 858 | ||
Index | 869 |