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9780849364099

Handbook of Nutraceuticals and Functional Foods, Second Edition

by
  • ISBN13:

    9780849364099

  • ISBN10:

    0849364094

  • Edition: 2nd
  • Format: Hardcover
  • Copyright: 2006-10-25
  • Publisher: CRC Press
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Summary

Scientific advances in this field have not only given us a better understanding of what is an optimal diet, but has allowed food and nutraceutical companies to market products with specific health claims, fortify existing foods, and even create new foods designed for a particular health benefit.Handbook of Nutraceuticals and Functional Foods, Second Edition, compiles the latest data from authoritative, scientific sources. It provides hard evidence on the prophylactic and medicinal properties of many natural foods. This handbook reviews more than 200 nutraceutical compounds. Each chapter includes the chemical properties, biochemical activity, dietary sources, and evidentiary findings for each compound.New topics include the use of exopolysaccharides from lactic acid bacteria, protein as a functional ingredient for weight loss, and nutraceuticals to be used in the adjunctive treatment of depression. Two new chapters discuss recent evidence on oxidative stress and the antioxidant requirements of athletes as well as the use of nutraceuticals for inflammation. The scientific investigation of nutrition and lifestyle changes on the pain and debilitation of osteoarthritis is the subject of another new article. The book concludes with a look at future marketing opportunities paying particular attention to the alleviation of obesity.With contributions from a panel of leading international experts, Handbook of Nutraceuticals and Functional Foods, Second Edition, provides instant access to comprehensive, cutting edge data, making it possible for food scientists, nutritionists, and researchers to utilize this ever growing wealth of information.

Table of Contents

Nutraceuticals and Functional Foods
1(22)
Robert E.C. Wildman
Mike Kelley
Introduction
1(1)
Defining Nutraceuticals and Functional Foods
2(1)
Classifying Nutraceutical Factors
3(1)
Food and Nonfood Sources of Nutraceutical Factors
4(1)
Nutraceutical Factors in Specific Foods
5(1)
Mechanism of Action
6(2)
Classifying Nutraceutical Factors Based on Chemical Nature
8(15)
Isoprenoid Derivatives (Terpenoids)
9(4)
Phenolic Compounds
13(3)
Carbohydrates and Derivatives
16(3)
Fatty Acids and Structural Lipids
19(1)
Amino Acid-Based
20(1)
Microbes (Probiotics)
20(1)
Minerals
20(1)
References
20(3)
Isoflavones: Source and Metabolism
23(32)
Suzanne Hendrich
Patricia A. Murphy
Food Chemistry of Isoflavones
23(9)
Analysis Methods
32(11)
Isoflavones in Soy Ingredients (including Soybeans)
32(2)
Isoflavones in Soy Foods
34(2)
Soy Isoflavone Bioavailability
36(1)
Major Sites of Action of Isoflavones
36(1)
Health Beneficial Potential of Isoflavones
37(1)
Toxicology of Isoflavones
38(2)
Interactions of Isoflavones with Estrogen Receptors --- Key Sites of Action?
40(1)
Apparent Absorption and Relative Pharmacokinetics of Isoflavones
41(1)
Endogenous Biotransformation of Isoflavones
42(1)
Microbial Biotransformation and Apparent Degradation of Isoflavones
43(2)
Equol
43(1)
General Significance of Gut Microbial Metabolism of Isoflavones
44(1)
Summary
45(10)
Acknowledgments
45(1)
References
45(10)
Lycopene: Food Sources, Properties, and Health
55(18)
Richard S. Bruno
Robert E.C. Wildman
Steven J. Schwartz
Introduction
55(1)
Dietary Sources of Lycopene
56(1)
Bioavailability, Biological Distribution, and Metabolism
57(4)
Absorption and Bioavailability
57(2)
Effect of Food Processing
59(1)
Factors Altering Absorption and Plasma Concentrations
60(1)
Biological Distribution
60(1)
Metabolism
61(1)
Antioxidant Properties
61(2)
In Vitro
62(1)
In Vivo
62(1)
Lycopene and Chronic Disease
63(4)
Epidemiological Studies
63(1)
Tissue and Cell Culture
64(1)
Animal Trials
65(1)
Human Investigations
66(1)
Cancer
66(1)
Heart Disease
67(1)
Conclusions
67(6)
References
67(6)
Garlic: The Mystical Food in Health Promotion
73(28)
Sharon A. Ross
John A. Milner
Introduction
73(1)
Garlic Composition and Chemistry
74(2)
Implication in Health
76(1)
Antimicrobial Effects
76(3)
Cancer
79(8)
Nitrosamine and Heterocyclic Amine Formation
80(2)
Carcinogen Activity Modulation
82(1)
Cell Cycle Arrest/Apoptosis
83(1)
DNA Repair
84(1)
Epigenetic Modulation
84(1)
Redox and Antioxidant Capacity
85(1)
Immunocompetence Ammunonutrition
85(1)
COX/LOX Pathways
86(1)
Diet as a Modifier
87(1)
Heart Disease
87(2)
Cholesterol and Lipoproteins
87(1)
Blood Pressure
88(1)
Plaque and Platelet Aggregation
89(1)
Summary and Conclusions
89(12)
References
89(12)
Grape Wine and Tea Polyphenols in the Modulation of Atherosclerosis and Heart Disease
101(30)
Michael A. Dubick
Stanley T. Omaye
Introduction
101(2)
Polyphenols
103(6)
Chemical Background and Nomenclature
103(1)
Polyphenols in Wines and Grapes
104(2)
Compounds Found in Teas
106(1)
Absorption and Metabolism of Polyphenols
107(2)
Epidemiology of Polyphenols and Atherosclerosis
109(1)
Etiology of Atherosclerosis
110(1)
Actions of Polyphenols on Risk Factors Associated With CVD
110(7)
Effects on Cholesterol and Lipids
110(1)
General Antioxidant Effects
110(2)
LDL Oxidation
112(3)
Vasodilatory and Nitric Oxide-Related Effects
115(1)
Effects on Hemostasis
115(1)
Atherosclerosis and Inflammation
116(1)
Potential Adverse Effects of Polyphenols
117(1)
Conclusions
118(13)
Significance of Polyphenols in CVD and Health
118(1)
Dietary Recommendations
119(1)
References
120(11)
Dietary Fiber and Coronary Heart Disease
131(14)
Thunder Jalili
Denis M. Medeiros
Robert E.C. Wildman
Dietary Fiber Classification and Food Sources
131(3)
Physical and Physiological Properties of Fiber
134(2)
Relationship between Cholesterol Levels and CHD
136(5)
Role of Fiber in Reducing Serum Cholesterol
136(2)
Mechanisms for Lowering of Serum Cholesterol by Fiber
138(2)
Other Relevant Considerations for Fiber and CHD Risk
140(1)
Fiber as Adjunct Therapy to Statin Medication
140(1)
Health Claims Associated with Fiber and CHD
141(4)
References
142(3)
Omega-3 Fish Oils and Lipoprotein Metabolism
145(10)
Sidika E. Kasim-Karakas
Introduction
145(1)
Lipoprotein Metabolism
145(1)
Effects of N-3 Fish Oils on Lipoproteins
146(3)
Hepatic Production of VLDL
146(1)
Intestinal Production of Chylomicrons
147(1)
Lipolysis of Triglyceride-Rich Lipoproteins
148(1)
Metabolism of LDL
149(1)
Metabolism of HDL
149(1)
Specific Effects of Individual N-3 Fatty Acids
149(1)
Potential Adverse Effects of Fish Oils: Lipid Peroxidation
149(1)
Fish Oils as Combination Therapy for Hyperlipidemia
150(1)
Conclusion
150(5)
References
150(5)
Omega-3 Fish Oils and Insulin Resistance
155(10)
Sidika E. Kasim-Karakas
Clinical Indications for n-3 Fish Oils in Diabetes
155(1)
Maintenance of Glucose Homeostasis
156(1)
Effects of n-3 Fish Oils on Glycemic Control
156(2)
Effects of n-3 Fish Oils on Pancreatic Insulin Secretion
158(1)
Effects of n-3 Fish Oils on Hepatic Glucose Production
158(1)
Effects of n-3 Fish Oils on Peripheral Insulin Action
158(1)
Effects of n-3 Fish Oils on Adipokines
159(1)
Conclusion
159(6)
References
160(5)
Antioxidant Vitamin and Phytochemical Content of Fresh and Processed Pepper Fruit (Capsicum annuum)
165(28)
Luke R. Howard
Robert E.C. Wildman
Introduction
165(1)
Fruits and Vegetables for Disease Prevention
166(1)
Ascorbic Acid
166(5)
Effects of Postharvest Handling and Processing on Ascorbic Acid Content
170(1)
Flavonoids
171(3)
Postharvest Handling and Effect of Processing on Flavonoid Content
173(1)
Tocopherols
174(2)
Effect of Processing on Tocopherol Content of Peppers
174(2)
Carotenoids
176(6)
Effects of Postharvest Handling and Processing on Carotenoid Content
180(2)
Capsaicinoids
182(11)
Effects of Postharvest Handling and Processing
185(1)
References
185(8)
Osteoarthritis: Nutrition and Lifestyle Interventions
193(30)
Dianne H. Volker
Peony Lee
Introduction
193(1)
Osteoarthritis
194(1)
Epidemiology
194(1)
Pathogenesis
194(1)
Clinical Features
194(1)
Diagnosis
194(1)
Risk Factors
195(5)
Age and Gender
195(1)
Obesity
195(1)
Bone-Mineral Density
195(1)
Hormones
196(1)
Occupational Factors
196(1)
Sports Participation and Trauma
196(3)
Muscle Weakness
199(1)
Genetics and Ethnicity
199(1)
Nutritional Factors --- Vitamin Supplements
199(1)
Management
200(14)
Nonpharmacological Treatments
200(7)
Pharmacological Treatments
207(1)
Complementary Therapies
208(6)
Lifestyle and Nutritional Interventions --- The Whole Picture
214(1)
Conclusions
214(9)
References
215(8)
Omega-3 Fatty Acids, Mediterranean Diet, Probiotics, Vitamin D, and Exercise in the Treatment of Rheumatoid Arthritis
223(24)
Dianne H. Volker
Introduction
223(1)
Rheumatoid Arthritis
224(3)
Epidemiology of RA
224(1)
Pathogenesis
225(1)
Clinical Features
225(2)
Diagnosis
227(1)
Risk Factors
227(4)
Age and Gender
227(1)
Genetics
227(1)
Environmental Factors
228(1)
Inflammation
228(2)
Comorbidities
230(1)
Management
231(5)
Nonpharmacological Treatment
231(1)
Pharmacological Treatment
232(1)
Treatment Paradigms
232(1)
Complementary Therapies
233(1)
Dietary Regimens
234(1)
Vitamin D
235(1)
Probiotics
235(1)
Supplementation Strategies
236(1)
Conclusion
236(11)
References
237(10)
Skeletal Effects of Soy Isoflavones in Humans: Bone Mineral Density and Bone Markers
247(22)
D. Lee Alekel
Introduction
247(1)
Epidemiologic Perspective
248(3)
Overview of Osteoporosis
248(1)
Caucasian vs. Asian Populations: Bone Density and Fractures
249(1)
Soy Intake, Bone Density, and Fractures
249(2)
Current and Potential Alternative Treatments for Osteoporosis
251(7)
Estrogen Therapy/Hormone Therapy
251(1)
Bisphosphonates
251(1)
Calcitonin
251(1)
Calcium and Vitamin D
252(1)
Selective Estrogen Receptor Modulators (SERMs)
252(1)
Soy Isoflavones: Potential Alternative for Osteoporosis Prevention?
253(1)
Protein and Soy Isoflavone Intake in Relation to Calcium Homeostasis
253(1)
Soy Isoflavones and Bone Mineral Density: Prospective Studies
254(2)
Biochemical Markers of, Bone in Response to Soy Isoflavones
256(2)
Summary and Current State of Understanding
258(1)
Gaps in Knowledge/Future Research Directions
259(10)
References
260(9)
Applications of Herbs to Functional Foods
269(16)
Susan S. Percival
R. Elaine Turner
Introduction
269(1)
Herbal Medicine
270(1)
Herbs as Ingredients in Functional Foods
270(2)
Regulatory Status
270(1)
Identity Dilemma
271(1)
Standardization Dilemma
271(1)
Effect of Processing Dilemma
271(1)
Safety Dilemma
272(1)
Interactions with Drugs Dilemma
272(1)
Label Statements and Claims
272(1)
Actions and Evidence of Herbal Efficacy
273(7)
Nervous System
273(4)
Heart and Circulation
277(1)
Immune System
277(1)
Digestive System
278(1)
Respiratory System
279(1)
Urinary System
279(1)
Musculoskeletal System
280(1)
Summary and Conclusion
280(5)
References
281(4)
Conjugated Linoleic Acids: Biological Actions and Health
285(12)
Yong Li
Bruce A. Watkins
Introduction
285(1)
Absorption, Metabolism, and Body Weight
286(1)
Absorption
286(1)
Lipid Metabolism
286(1)
Body Weight and Composition
287(1)
Health Aspects
287(4)
Blood Lipids
287(1)
Cancer
288(1)
Inflammation and Immune Function
289(1)
Bone and Joint
290(1)
Diabetes
290(1)
CLA Adverse Effects
291(1)
Safety
291(1)
Conclusions
291(6)
References
292(5)
Olive Oil and Health Benefits
297(12)
Denis M. Medeiros
Meghan Hampton
Introduction
297(1)
Nutritional Components of Olives
298(1)
Olive Oil
298(2)
Coronary Heart Disease
300(3)
Fatty Acids in the Mediterranean Diet
300(1)
Other Olive Constituents and Their Effects
300(1)
Olives as Sources of Antioxidants
301(1)
Olive Oil and Inflammation
302(1)
Hypertension and Olive Oil Consumption
303(1)
Cancer
303(2)
Breast Cancer and Olive Oil
303(1)
Prostate Cancer and Olive Oil
304(1)
Other Cancers and Olive Oil
304(1)
Summary and Future Need for Cancer Research and Olive Oil
305(1)
Other Disease Conditions and Olive Oil
305(1)
Summary of a Consensus Report
305(1)
Summary
305(4)
References
306(3)
The Role of α-and γ-Tocopherols in Health
309(26)
Richard S. Bruno
Introduction
309(1)
History
310(1)
Functions
311(3)
Antioxidant
311(2)
Nonantioxidant
313(1)
α-Tocopherol
313(1)
γ-Tocopherol
313(1)
Dietary Sources
314(2)
Food
314(1)
Supplements
315(1)
Human Requirements and Dietary Intake
316(1)
Bioavailability
316(3)
Digestion and Absorption
316(2)
Hepatic Secretion
318(1)
Hepatic Metabolism
318(1)
Deficiency
319(1)
Toxicity
319(1)
α-and γ-Tocopherol Interactions with Vitamin C
320(1)
Role in Chronic Disease Prevention
320(4)
Cardiovascular Disease
321(1)
Alzheimer's Disease
322(1)
Cancer
322(1)
Lung Cancer
323(1)
Prostate Cancer
323(1)
Colon Cancer
324(1)
Conclusions
324(11)
Abbreviations
325(1)
References
325(10)
Probiotics and Prebiotics
335(18)
Edward R. Farnworth
Probiotics
335(3)
Criteria for Probiotics
335(2)
Probiotic Products on the Market
337(1)
Prebiotics
338(1)
Microbiology of the Gastrointestinal Tract
339(2)
Probiotic Products
341(5)
Yogurt
341(1)
Lactase Deficiency
341(1)
Cholesterol Metabolism
342(1)
Immune Function
343(1)
Diarrhea
343(1)
Cancer
344(1)
A Vehicle for Other Nutrients
344(1)
Kefir
344(1)
Fabrication
345(1)
Health Benefits
346(1)
Fermented Vegetables and Other Foods
346(1)
The Future for Probiotics and Prebiotics
347(6)
References
347(6)
Exopolysaccharides from Lactic Acid Bacteria: Food Uses, Production, Chemical Structures, and Health Effects
353(20)
Edward R. Farnworth
Claude P. Champagne
Marie-Rose Van Calsteren
Introduction
353(1)
Exopolysaccharides in Foods
354(4)
Introduction
354(2)
Factors Influencing the Production of Exopolysaccharides by Lactic Acid Bacteria
356(1)
Fermentation Conditions
356(1)
Effect of Growth Media on Exopolysaccharide Production
356(2)
Interactions between Strains
358(1)
Effect of Fermentation Technology
358(1)
Chemical Structure of Exopolysaccharides
358(1)
Methods of Structural Characterization
358(1)
Health Benefits of Exopolysaccharides
359(5)
Digestion of EPSs
359(3)
Antitumor Effects
362(1)
Immune Function Effects
362(1)
Cholesterol Digestion and Metabolism Effects
363(1)
Effects on Diabetes
363(1)
Other Uses of Exopolysaccharides
364(1)
Conclusions
364(9)
References
365(8)
Omega-3 Fatty Acids, Tryptophan, B Vitamins, SAMe, and Hypericum in the Adjunctive Treatment of Depression
373(18)
Dianne H. Volker
Jade Ng
Introduction
373(1)
Prevalence
374(2)
Pathogenesis
376(1)
Clinical Features
376(1)
Diagnosis
376(1)
Risk Factors
377(4)
Gender and Biological Factors
377(2)
Psychological Factors
379(1)
Social Factors
380(1)
Management
381(5)
Pharmacological Regimes
381(1)
Adjunctive Nutritional Regimens
381(5)
Conclusion
386(5)
References
386(5)
Protein as a Functional Food Ingredient for Weight Loss and Maintaining Body Composition
391(18)
Jennifer E. Seyler
Robert E. C. Wildman
Donald K. Layman
Macronutrient Levels and Weight Loss
392(1)
Discovering Protein
392(1)
Overview of Protein
393(1)
Roles of Amino Acids and Proteins
393(2)
Protein Requirements
395(1)
Protein Sources
396(1)
Protein Digestion and Absorption
397(1)
Protein Turnover
397(1)
BCAAs ---Specifically, Leucine and Weight Loss
398(1)
Protein and Glycemic Control
398(1)
Energy Metabolism
399(1)
Weight Loss and Energy Intake
399(1)
Protein and Weight Loss
400(1)
Protein and Appetite
401(1)
Weight Loss and Exercise
401(1)
Protein, Exercise, and Weight Loss
402(1)
Conclusions
402(7)
References
403(6)
Nutraceuticals and Inflammation in Athletes
409(12)
Brendan Plunkett
Robin Callister
Manohar L. Garg
Introduction
409(1)
Exercise and Inflammatory Mediators
410(1)
Omega-3 Fatty Acids
410(2)
Cell Membrane Fatty Acid Content
412(1)
Adhesion Molecules
412(1)
Omega-3 Fatty Acids and Inflammatory Mediators
413(1)
Glutamine
413(1)
Exercise and Overtraining Syndrome
414(1)
Combination of Glutamine and Omega-3 Supplementation
415(1)
Summary
415(6)
References
416(5)
Oxidative Stress and Antioxidant Requirements in Trained Athletes
421(22)
Trent A. Watson
Robin Callister
Manohar L. Garg
Introduction
422(1)
Oxidative Stress
422(4)
Free Radicals
422(1)
Reactive Oxygen Species and Oxygen-Derived Free Radicals
422(1)
Types of ROS
423(1)
Characteristics of Oxidative Stress
423(1)
Antioxidants
423(1)
Enzymatic Antioxidants
424(1)
Nonenzymatic Antioxidants
424(1)
Antioxidants as Prooxidants
424(2)
Exercise-Induced Oxidative Stress
426(1)
Evidence of Oxidative Stress in Exercise
426(1)
Mechanisms that May Increase ROS Production in Exercise
427(2)
Electron Transport Chain
427(1)
Xanthine Oxidase
428(1)
Inflammation and Immunity
428(1)
Metal Ions
429(1)
Peroxisomes
429(1)
Other Factors
429(1)
Antioxidants and Exercise
429(1)
Up-Regulation of Endogenously Produced Antioxidant Enzymes
430(1)
Increased de Novo Production of Endogenous Antioxidant Molecules
430(1)
Mobilization
431(1)
Antioxidant Manipulation, Oxidative Stress, and Exercise Performance
431(1)
Antioxidant Deficiency and Restriction
432(1)
Dietary Intake
433(1)
Supplementation
433(2)
Conclusions
435(8)
References
435(8)
Coenzyme Q10: A Functional Food with Immense Therapeutic Potential
443(10)
Pratibha Chaturvedi
Darrell Vachon
Najla Guthrie
Introduction
443(1)
History of CoQ10
444(1)
CoQ10 Deficiency
444(1)
Treatment of Heart Disease with CoQ10
445(1)
Methods for Detection of CoQ10
446(2)
Materials
446(1)
Instruments and Equipment
446(1)
Standards Preparation
447(1)
Sample Preparation and Analysis
447(1)
Analysis
447(1)
Conclusion
448(5)
References
450(3)
Coffee as a Functional Beverage
453(14)
Lem Taylor
Jose Antonio
Introduction
453(1)
Introduction to Coffee and Caffeine
454(1)
Doses of Caffeine
454(1)
Coffee and Caffeine in Weight Loss and Energy Expenditure
455(1)
Effects of Coffee (Caffeine) in the Brain and Body
456(1)
Exercise Performance with Coffee and Caffeine Consumption
456(2)
Health Related Issues in Coffee Consumption
458(2)
Blood Pressure
458(1)
Cardiovascular Disease
458(1)
Diabetes
459(1)
Cancer
459(1)
Conclusion and Closing Remarks
460(7)
References
462(5)
Nutraceutical Stability Concerns and Shelf Life Testing
467(18)
Leonard N. Bell
Introduction
467(1)
Kinetic Modeling of Chemical Reactions
468(11)
Effect of Temperature on Stability
472(2)
Effect of Moisture on Stability
474(3)
Effect of Oxygen on Stability
477(1)
Effects of Ingredients on Stability
477(2)
Accelerated Shelf Life Testing
479(1)
Final Thoughts
480(5)
References
481(4)
Nutraceutical and Functional Food Application to Nonalcoholic Steatohepatitis
485(18)
Dianne H. Volker
Diah Yunianingtias
Introduction
485(1)
Concepts and Issues
486(1)
Pathogenesis
486(1)
Diagnosis of NASH
486(4)
Risk Factors
487(1)
Overweight and Obesity
488(1)
Type II Diabetes Mellitus
489(1)
Hyperlipidemia
490(1)
Other Conditions Associated with NASH
490(1)
Prognosis
490(1)
Complementary Therapies in the Treatment of NASH
490(8)
Lifestyle Intervention: Weight Loss
491(1)
Physical Activity
491(3)
Nutritional Aspects of Treatment of NASH: Omega-3 Fatty Acids
494(1)
Antioxidants
494(4)
Is There a Liver Cleansing Diet?
498(1)
Conclusion
498(5)
References
498(5)
Marketing and Regulatory Issues for Functional Foods and Nutraceuticals
503(14)
Nancy M. Childs
Introduction
504(1)
Evolution of a Marketing Environment for Functional Foods and Nutraceuticals
505(1)
Regulatory Background
505(4)
Appearance of Permissive Health Claims on Food Products
506(1)
Reaction and Institution of the NLEA
506(1)
Utilization of the FDA Modernization Act to Establish Health Claims
507(1)
Pursuit of Qualified Health Claims for Food Products
508(1)
Issues and Implications for Investment
508(1)
Future Issues: Nutrigenomics and Food Nanotechnology
509(1)
Introduction to Consumer Marketing Issues for Nutraceuticals and Functional Foods
509(3)
Good Taste Necessary
510(1)
Brand Name Connects to Functional Advantage
510(1)
Consumer Education Required
510(1)
Avoid Information Overload
511(1)
Competitive Set Determined by Health Issue
511(1)
Importance of Nonverbal Messages
511(1)
Usage Occasion
511(1)
Avoid Negative Advertising
511(1)
Niche Markets
512(1)
Exploit Corporate Heritage
512(1)
Dosage and Standardization
512(1)
Packaging
512(1)
Potential Product Positioning
512(2)
Physical Components
513(1)
Emotional Components
513(1)
Well-Being Components
513(1)
Social Components
514(1)
Financial Components
514(1)
Summary
514(1)
Conclusion
514(3)
References
515(2)
Obesity Policy: Opportunities for Functional Food Market Growth
517(6)
Nancy M. Childs
Emergence of Obesity as Major Public Health Issue
517(1)
Ingredients with Functional Potential to Mitigate Obesity
518(2)
Less Is More
518(1)
More Is Less
518(1)
Functional Ingredients
519(1)
Strategies for Qualified Health Claim Use
520(1)
Functional Foods and Obesity
520(3)
References
521(2)
Index 523

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