Cover image for High-Density Lipoproteins : Structure, Metabolism, Function and Therapeutics.
High-Density Lipoproteins : Structure, Metabolism, Function and Therapeutics.
Title:
High-Density Lipoproteins : Structure, Metabolism, Function and Therapeutics.
Author:
Kontush, Anatol.
ISBN:
9781118158647
Personal Author:
Edition:
1st ed.
Physical Description:
1 online resource (650 pages)
Contents:
HIGH-DENSITY LIPOPROTEINS -- CONTENTS -- PREFACE -- ACKNOWLEDGMENTS -- ABBREVIATIONS -- SECTION 1 NORMAL FUNCTIONAL HIGH-DENSITY LIPOPROTEIN -- 1 COMPOSITION -- 1.1 Proteome -- Apolipoproteins -- Apolipoprotein A-I -- ApoA-II -- ApoA-IV -- ApoA-V -- ApoC-I, ApoC-II, ApoC-III, ApoC-IV -- ApoD -- ApoE -- ApoF -- ApoH -- ApoJ -- ApoL-I -- ApoM -- Other Apolipoproteins -- Enzymes -- LCAT -- PON1 and PON3 -- PAF-AH (LpPLA2) -- GSPx-3 -- Lipid Transfer Proteins -- PLTP -- CETP -- Acute-Phase Response Proteins -- Serum Amyloid A -- Other Proteins -- Complement Components -- Proteinase Inhibitors and Related Proteins -- Other Protein Components -- 1.2 Lipidome -- Phospholipids -- Steroids -- Cholesteryl Esters -- Triglycerides -- Minor Lipids -- 2 HETEROGENEITY -- 2.1 Heterogeneity in Physicochemical Properties -- Heterogeneity in Density -- Heterogeneity in Electrophoretic Mobility -- Heterogeneity in Size -- 2.2 Heterogeneity in Chemical Composition -- Heterogeneity in Proteins -- Heterogeneity in Lipids -- 2.3 Relationships Between HDL Subfractions Separated by Different Methods -- 3 STRUCTURE -- 3.1 Lipid-Free ApoA-I -- 3.2 Discoid HDL -- 3.3 Spherical HDL -- 4 METABOLISM -- 4.1 Formation and Intravascular Remodeling -- ABC Transporters -- ABCA1 -- ABCG1 -- Enzymes -- LCAT -- Lipases -- Lipid Transfer Proteins -- CETP -- PLTP -- Receptors -- SR-BI -- 4.2 Catabolism -- 5 EPIDEMIOLOGY -- 5.1 Epidemiology of HDL-C -- HDL-C and Cardiovascular Risk -- Relevance Across Multiple Populations and Disease States -- HDL-C and Other Cardiovascular Risk Factors -- Prevalence of Low HDL-C -- HDL-C and Cardiovascular Risk in Patients Receiving Statins -- HDL-C and Other Major Diseases -- 5.2 Epidemiology of HDL-Associated Proteins and Enzymes -- ApoA-I -- Other Apolipoproteins -- SAA -- PON1 -- PAF-AH -- Other Enzymes -- Lipid Transfer Proteins.

5.3 Epidemiology of HDL Particle Subpopulations -- Separated by Density -- Separated by Electrophoretic Mobility -- Separated by Composition -- Separated by Size -- 6 GENETICS -- 6.1 ABC Transporters and Other Receptors -- ABCA1 -- SR-BI -- LDL Receptor -- 6.2 Apolipoproteins -- ApoA-I -- ApoA-V -- ApoC-III -- ApoE -- 6.3 Enzymes -- LCAT -- PON1 -- LPL -- Hepatic Lipase -- Endothelial Lipase -- 6.4 Lipid Transfer Proteins -- CETP -- 6.5 Other Genes -- 6.6 Gene Interactions -- 7 BIOLOGIC ACTIVITIES -- 7.1 Cholesterol Efflux Capacity -- Mechanisms of Cellular Cholesterol Efflux -- ABCA1-Mediated Efflux -- ABCG1-Mediated Efflux -- SR-BI-Mediated Efflux -- Other Pathways -- Role of HDL Components -- Proteins -- Lipids -- Functional Heterogeneity of HDL -- 7.2 Antioxidative Activity -- Mechanisms of Protection Against Oxidative Stress -- Role of HDL Components -- Apolipoproteins -- Enzymes -- Lipids -- Functional Heterogeneity of HDL -- 7.3 Anti-Inflammatory Activity -- Mechanisms of Anti-Inflammatory Protection -- Role of HDL Components -- Proteome -- Lipidome -- Functional Heterogeneity of HDL -- 7.4 Cytoprotective Activity -- Mechanisms of Cytoprotection -- Role of HDL Components -- Proteome -- Lipidome -- Functional Heterogeneity of HDL -- 7.5 Anti-Infectious Activity -- Mechanisms of Protection from Infection -- Role of HDL Components -- Proteome -- Lipids -- Functional Heterogeneity of HDL -- 7.6 Vasodilatory Activity -- Mechanisms of Vasodilatory Activity -- Role of HDL Components -- Proteins -- Lipids -- Functional Heterogeneity of HDL -- 7.7 Antithrombotic Activity -- Mechanisms of Antithrombotic Effects -- Role of HDL Components -- Functional Heterogeneity of HDL -- 7.8 Antidiabetic Activity -- SECTION 2 FUNCTIONALLY DEFECTIVE HDL -- 8 ALTERED COMPOSITION -- 8.1 Proteome -- 8.2 Lipidome -- 8.3 Enzymatic Activities -- 9 ABNORMAL METABOLISM.

9.1 Dyslipidemias -- 9.2 Insulin-Resistant States -- 9.3 Inflammatory States -- 9.4 Infectious Diseases -- 9.5 Cardiovascular Disease -- 9.6 Post-Prandial State -- 9.7 Smoking -- 10 IMPAIRED BIOLOGIC ACTIVITIES -- 10.1 Cholesterol Efflux Capacity -- Dyslipidemia -- Role of HDL Components -- Insulin Resistance -- Role of HDL Components -- Inflammation -- Cardiovascular Disease -- Pathophysiologic Relevance -- 10.2 Antioxidative Activity -- Dyslipidemia -- Role of HDL Components -- Insulin Resistance -- Role of HDL Components -- Inflammation -- Infection -- Cardiovascular Disease -- Pathophysiologic Relevance -- 10.3 Anti-Inflammatory Activity -- Dyslipidemia -- Insulin Resistance -- Inflammation -- Cardiovascular Disease -- Pathophysiologic Relevance -- 10.4 Cytoprotective Activity -- 10.5 Vasodilatory Activity -- 10.6 Anti-Infectious Activity -- 10.7 Antithrombotic Activity -- SECTION 3 THERAPEUTIC NORMALIZATION OF SUBNORMAL LEVELS AND DEFECTIVE BIOLOGIC ACTIVITIES OF HDL -- 11 ENHANCEMENT OF HDL FORMATION AND NORMALIZATION OF INTRAVASCULAR HDL REMODELING -- 11.1 Apolipoproteins -- 11.2 Reconstituted HDL -- Effects on HDL Levels and Metabolism -- Effects on HDL Functionality -- Role of HDL Components -- 11.3 Apolipoprotein-Mimetic Peptides -- Effects on HDL Levels and Metabolism -- Effects on HDL Functionality -- 11.4 Statins -- Effects on HDL Levels and Metabolism -- Effects on HDL Functionality -- Clinical Trials -- 11.5 PPAR Alpha Agonists -- Effects on HDL Levels -- Mechanisms of Action -- Effects on HDL Functionality -- Clinical Trials -- 11.6 Nicotinic Acid -- Mechanisms of Action -- Clinical Trials -- Effects on HDL Functionality -- Adverse Effects -- 11.7 CETP Inhibitors -- Torcetrapib -- Dalcetrapib -- Anacetrapib -- Effects on RCT -- Clinical Trials -- Effects on HDL Functionality -- 11.8 Other Agents -- LXR Agonists -- PPAR Gamma Agonists.

Lipase Inhibitors -- sPLA2 Inhibitors -- Endothelial Lipase Inhibitors -- LpPLA2 Inhibitors -- SR-BI Inhibitors -- Others -- 12 COMBINATION THERAPIES -- 12.1 Niacin and Statins -- 12.2 Fibrates and Statins -- 12.3 Other Combinations -- 13 OTHER PHARMACOLOGIC APPROACHES -- 13.1 Cannabinoid Type 1 Receptor Antagonists -- 13.2 Estrogens -- 13.3 Others -- 14 LIFESTYLE MODIFICATIONS -- 14.1 Exercise -- 14.2 Alcohol -- 14.3 Nutritional Factors -- Dietary Fats -- Cholesterol -- Phospholipids -- Saturated Fatty Acids -- Monounsaturated Fatty Acids -- PUFAs -- Carbohydrates -- Proteins -- Minor Dietary Components -- Polyphenols -- Vitamins -- Other Minor Components -- CONCLUSIONS AND PERSPECTIVES -- INDEX.
Abstract:
Anatol Kontush, BSc (Hons), PhD, is Research Director at the Dyslipidemia and Atherosclerosis Research Unit of the National Institute of Health and Medical Research (INSERM) at the Pitié-Salpêtrière Hospital, Paris, France. An award-winning scientist, Dr. Kontush has authored more than 100 original papers and book chapters. M. John Chapman, BSc, PhD, DSc, FESC, is President of the European Atherosclerosis Society and Director of the Dyslipidemia and Atherosclerosis Research Unit of the National Institute of Health and Medical Research (INSERM) at the Pitié-Salpêtrière Hospital in Paris, France, affiliated with the medical faculty of the Pierre and Marie Curie University, Paris. He has authored more than 400 articles and book chapters.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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