Bioactive foods in promoting health : fruits and vegetables

While everyone knows fruits and vegetables are beneficial to good health, it's increasingly seen as important to know which ones can be effective in treating specific illnesses. For example, which are good for cardiac care? Which can help combat and treat asthma? What are the safety concerns to be aware of when using herbs in combination with traditional medicines?Diet and nutrition are vital keys to controlling or promoting morbidity and mortality from chronic diseases, and the multitude of biomolecules in dietary fruits and vegetables play a crucial role in health maintenance. They may, therefore, be more effective and certainly could have different actions beyond nutrients however this science is still evolving. This book brings together experts working on the different aspects of supplementation, foods, and plant extracts, in health promotion and disease prevention. Their expertise and experience provide the most current knowledge to promote future research. Dietary habits need to be altered, for most people and the conclusions and recommendations from the various chapters in this book will provide a basis for that change.The overall goal of this book is to provide the most current, concise, scientific appraisal of the efficacy of key foods and constituents medicines in dietary plants in preventing disease and improving the quality of life. While vegetables have traditionally been seen to be good sources of vitamins, the roles of other constituents have only recently become more widely recognized. This book reviews and often presents new hypotheses and conclusions on the effects of different bioactive components of the diet, derived particularly from vegetables, to prevent disease and improve the health of various populations. * Identify bioactive fruit and vegetable options for prevention or treatment of illness* Moves from general overview to disease specific applications providing a framework for further research and deeper understanding* Includes discussion of issues and challenges, permitting critical analysis and evaluation Cover Page......Page 1 Copyright ......Page 2 Preface......Page 3 Acknowledgments......Page 5 Contributors......Page 6 Fruit and Vegetables in Health Promotion ......Page 10 Apigenin and Cancer Chemoprevention......Page 11 Categorizing Vegetables and Fruit......Page 12 Chemotaxonomy......Page 13 From Botanical Family to Chronic Disease Prevention......Page 16 Advantages and Limitations of Using Botanical Families......Page 17 Dietary Guidelines......Page 18 Translation of botanical family concepts to dietetic practice......Page 19 Rationale and Implementation......Page 20 Use of Botanical Classification to Identify Food Combinations with Human Health Benefit......Page 22 References......Page 23 Vegetable and Fruit Intake and the Development of Cancer: A Brief Review and Analysis ......Page 26 Introduction......Page 323 Dietary fiber and fermentability characteristics of root crops......Page 344 Definition of overweight and obesity......Page 27 Metabolism of Inorganic Cyanide......Page 681 4-Hydroxy-Isoleucine (4-OH-Ile)......Page 424 Neurotoxic, Neuritogenic, and Serotonergic Effects......Page 296 Minimizing the Health Risks......Page 185 Vegetable and Fruit Combinations ......Page 36 Secondary Events......Page 37 Hematological Cancer......Page 38 Rhubarb and Renal Failure......Page 154 References......Page 39 Nutritional and Health Benefits of Root Crops......Page 44 Diabetes......Page 45 Prevention......Page 46 Apigenin - absorption and metabolism......Page 182 Apigenin - role in human diseases......Page 229 Vegetable Sources of Lycopene and Its Impact on Human Health......Page 203 Polyphenols......Page 48 References......Page 564 Action of phytochemical antioxidants......Page 51 Methods for assaying antioxidant capacity......Page 52 Plasma ORAC values......Page 54 Antioxidant capacity of processed fruits and vegetables......Page 55 Additive and synergic antioxidant effects......Page 58 Summary......Page 59 Flavonoids containing foods......Page 686 References......Page 61 Carotenoids in Vegetables: Biosynthesis, Occurrence, Impacts on Human Health, and Potential for Manipulation......Page 392 Introduction......Page 380 History......Page 118 Weight Loss Due to Fruit and Vegetable Use......Page 405 Pistachio......Page 250 Anti-inflammatory activities......Page 72 References......Page 74 Description and composition......Page 78 NATIVE TRIBES OF THE SONORAN DESERT......Page 80 Dietary Intake of Vitamin A......Page 83 Macronutrients......Page 87 SUMMARY......Page 88 References......Page 89 Introduction......Page 201 Seed......Page 309 Barriers inhibiting fruit and vegetable consumption......Page 94 Addressing the Influences on Consumption of Fruit and Vegetables......Page 212 HeLa cell growth inhibitory properties of the glycoglycerolipid fraction from spinach......Page 397 Time Issues......Page 95 The essentiality of micronutrients for optimal health......Page 328 Food Uses......Page 488 Adults......Page 96 Ability to Grow Own Produce/Exposure to Growing Produce......Page 97 Psychosocial predictors of fruit and vegetable consumption......Page 98 References......Page 264 Protecting the Brand......Page 220 Be Culturally Competent......Page 99 Be Visual......Page 100 References......Page 101 Introduction......Page 239 Botany and Horticulture......Page 107 Epoxidation and isomerization of carotenoid structures......Page 501 Cancer......Page 109 Affordability: questions of food cost and pricing......Page 110 Bioactive compounds in mango ......Page 213 General discussion......Page 113 Health Applications and Policy Implications......Page 114 Food Samples......Page 709 References......Page 115 Fruit and Vegetable Trends......Page 120 Traditional uses......Page 211 The antibacterial effects of dietary fruit......Page 149 Cardiovascular Disease......Page 562 Berries......Page 150 Study Participants......Page 329 MyPyramid: The Current Food Guide......Page 123 Effects Of Tomato Products......Page 273 Introduction......Page 124 Dietary Measures......Page 125 Garlic Prevents Cognitive Decline......Page 234 Fruit and Vegetable Patterns......Page 126 Mechanism of Action......Page 127 Western Cape......Page 129 References......Page 131 Discussion......Page 132 Conclusion......Page 134 References......Page 135 Fruit and Vegetables in the Optimized Mixed Diet......Page 138 Increasing fruit and vegetable consumption......Page 210 Age-related Mere Exposure Effect......Page 140 Botany......Page 326 Vegetable Sources of beta-carotene and Its Impact on Human Health......Page 640 Fruit and vegetable intake in Germany compared with the OMD......Page 143 Nutritional deficiencies and their impact in HIV infection and AIDS......Page 144 Strategies for an increased fruit and vegetable intake in children and adolescents......Page 145 Importance of Mango in the Global Market......Page 500 Bacterial resistance......Page 147 Factors affecting nitrate and nitrite concentration in food......Page 148 Need for non-toxic, nutritional therapy......Page 327 Carotenoids......Page 504 Prospects of Fenugreek in the Management of Diabetes......Page 411 Intrapersonal Mediators......Page 151 Vitamins and Minerals......Page 491 Protecting the Health Message......Page 155 Guava (Psidium guajava)......Page 156 Free State......Page 337 Pomegranate (Punica granatum)......Page 157 Tomato (Solanum lycopersicum)......Page 158 Conclusion......Page 159 Summary......Page 160 References......Page 161 Artocarpus altilis (Breadfruit)......Page 485 Introduction......Page 167 Fruit and Vegetable Intake in European Mothers - Results from the Pro Children Study......Page 168 Interpretation of available data on fruit and vegetable intake in europe......Page 170 Side effects and toxicity......Page 171 Glycemic index (GI) of root crops and legumes in non-diabetic and diabetic participants ......Page 172 Model Learning......Page 173 Summary......Page 174 Potassium and Bone Health......Page 187 A ......Page 717 Introduction......Page 179 The antibacterial activity of punica granatum and its bioactive constituents......Page 180 Apigenin - mode of action......Page 544 Dietary Protein and Bone Health......Page 186 Garlic and Cancer......Page 232 Background and Setting......Page 332 Dietary Acid Load and Bone Health......Page 190 Skin Cancer......Page 668 Flavor components and quality changes......Page 622 Summary......Page 193 References......Page 194 Isoprenoids......Page 202 Interventions with legumes......Page 446 Social and Physical Environmental Mediators......Page 205 Implications for future research......Page 206 Dietary Fiber......Page 490 References......Page 207 Influence of the diet on weight control......Page 271 Breast Cancer......Page 231 Glucosinolates (Thioglucosides)......Page 619 The Fruit and Vegetable Supply......Page 215 Compositional and Nutritional Values......Page 216 Effects of Lycopene......Page 261 Approaches to Developing Partnerships......Page 219 Future challenges......Page 222 References......Page 223 Effects of Individual Vegetables on Health ......Page 226 Chemical constituents of pomegranate fractions......Page 227 Nutritional value and phytochemicals content of fruits, vegetables, and legumes......Page 359 Commercially available garlic preparations......Page 228 Cereals and Pulses......Page 436 Homocysteine......Page 233 References......Page 235 Structural chemistry and the plant carotenoid biosynthetic pathway......Page 556 Effects of garlic on serum lipids......Page 241 Effect of garlic on ldl oxidation......Page 242 Effect of garlic on platelet aggregation......Page 243 Other properties of garlic on heart health......Page 244 References......Page 245 Chemical composition......Page 268 Potential clinical applications......Page 518 Cyanogenic Glycosides......Page 252 Types of enzymes......Page 616 Apigenin - role in human cancers......Page 345 Effects on DNA Damage by Lycopene......Page 348 Different Food Preparation......Page 400 Antioxidant Activity and Health-promoting Effects of the Fig Fruit......Page 260 Antioxidant Activity and Health-promoting Effects of the Pistachio......Page 263 Historical Review and Medical Use......Page 269 Post-harvest Issues......Page 270 Other Potential Health Benefits......Page 272 Increasing Children's Liking and Intake of Vegetables through Experiential Learning......Page 275 Botany and horticulture......Page 276 Antioxidant capacity and activity......Page 481 Flavor-nutrient Learning in Children......Page 281 Additional Active Compounds in Fenugreek Seeds......Page 283 Introduction......Page 286 Apigenin - structure, properties and sources......Page 654 Anti-inflammatory and Anti-platelet-aggregatory Effects......Page 297 Cytotoxicity and Anticancer Effect......Page 299 Cancer Chemoprevention......Page 582 Goitrogen in Food: Cyanogenic and Flavonoids Containing Plant Foods in the Development of Goiter......Page 308 Nitrates and nitrites: health risks versus usefulness......Page 314 Chronic Effects......Page 315 Beneficial Effects......Page 317 Nitrate and nitrite intake......Page 318 Extraction of Soursop Pulp......Page 319 Characteristics of AIDS......Page 324 Effects of Multivitamins or Multiple Nutrients......Page 330 Rhubarb and Cholesterol......Page 331 References......Page 333 Folkloric uses......Page 624 References......Page 671 Acknowledgments......Page 339 References......Page 340 Apigenin - intake through diet......Page 655 Influence of Fiber Content on Glycemic Index......Page 350 Summary......Page 373 Introduction......Page 358 Fruits and Vegetables......Page 360 Analytical Methods......Page 707 Pests and Diseases......Page 407 Decreasing the Obesity Comorbidities Risk......Page 364 Potential mechanisms by which fruit, vegetables, and legumes may protect against obesity and its comorbidities......Page 367 Protocol of the Study......Page 370 Fish, Meat, and Eggs......Page 371 Fruits and Vegetables......Page 437 References......Page 374 AÓaÚ (Euterpe oleracea Mart.): A Macro and Nutrient Rich Palm Fruit from the Amazon Rain Forest with Demonstrated Bioactivities In Vitro and In Vivo......Page 473 Vitamin A value of Plant Foods......Page 381 Rhubarb as a Food Plant......Page 389 References......Page 390 Effect of each glycoglycerolipid from spinach on the activities of dna metabolic enzymes......Page 393 Extraction and isolation of the glycoglycerolipid fraction from spinach......Page 394 Cancer......Page 533 Ascorbic and Dehydroascorbic Acids......Page 503 Factors that impact carotenoid bioavailability......Page 399 References......Page 402 Pasteurization and Nectar Processing......Page 412 Rhubarb and Ulcers......Page 414 Fatty Acids......Page 415 Summary......Page 416 References......Page 417 Pomegranate in Human Health: An Overview......Page 542 Introduction......Page 422 Steroidal Saponins......Page 427 Terpenoids......Page 429 References......Page 430 Introduction......Page 433 Causes of the increase in obesity......Page 434 Concern about body weight in the population......Page 435 Promotion of fruit and vegetable consumption ......Page 439 References......Page 440 Introduction......Page 445 Conclusions......Page 447 References......Page 448 Soursop (Annona muricata L.): Composition, Nutritional Value, Medicinal Uses, and Toxicology......Page 452 References......Page 466 In Vitro Fermentation......Page 478 References......Page 483 Propagation......Page 486 Immune Function and Other Effects......Page 487 Applications of Modified Starches in Foods......Page 489 Total antioxidant capacity of mangoes......Page 508 Medicinal Uses......Page 492 Artocarpin......Page 493 Folkloric Medicinal Uses......Page 494 Summary......Page 495 References......Page 496 Phenolic Compounds......Page 505 Antioxidant Minerals......Page 507 Summary......Page 509 References......Page 510 Health Benefits of Bitter Melon (Momordica charantia)......Page 517 Dyslipidemia, Obesity, and Hypertension......Page 532 References......Page 536 Juice......Page 543 Food-drug interactions and safety......Page 549 References......Page 550 Kiwifruit and Health......Page 555 Gut Health, Digestion, and Immune Function......Page 559 Introduction......Page 571 Alkaloids......Page 576 In Vitro Determination of Mineral Availability [2-4]......Page 578 Antioxidant and Antimutagenic Activity of Polyphenols......Page 580 Atherogenesis, Hypertension, and Cardioprotection......Page 587 Neuroprotection and Aging......Page 591 Grapevine products and oral health......Page 594 New perspectives in grape research: melatonin......Page 595 Summary......Page 597 Introduction......Page 611 Fruit Description......Page 612 Compositional characteristics of soursop fruit......Page 617 Concentration......Page 621 Bioactivity and toxicology......Page 625 Enhancement efforts to increase vegetable crop carotenoids ......Page 646 References......Page 647 Introduction......Page 652 Apigenin - role in cancer prevention......Page 658 Cervical Cancer......Page 663 Ovarian Cancer......Page 665 Prostate Cancer......Page 666 Gastric Cancer......Page 669 Neuroblastoma......Page 670 Introduction......Page 705 Mechanism of Action of Thiocyanate on Goiter Formation......Page 682 Goitrin and Related Oxazolidinethiones......Page 683 Thiocyanate Ions and Organic Isothiocyanates......Page 685 Dietary Sources of Flavonoids......Page 687 Cassava......Page 689 Cyanogenic Plants of India......Page 690 Bamboo Shoot......Page 691 Radish......Page 692 Soyabean......Page 693 Millets......Page 696 Babussu and Mandioca......Page 697 Summary......Page 699 References......Page 700 Protocol of the Study......Page 711 Discussion......Page 712 Summary......Page 713 References......Page 714 C ......Page 718 G ......Page 720 K ......Page 721 O ......Page 722 P ......Page 723 T ......Page 724 Z ......Page 725 While everyone knows fruits and vegetables are beneficial to good health, it's increasingly seen as important to know which ones can be effective in treating specific illnesses. For example, which are good for cardiac care? Which can help combat and treat asthma? What are the safety concerns to be aware of when using herbs in combination with traditional medicines?

Diet and nutrition are vital keys to controlling or promoting morbidity and mortality from chronic diseases, and the multitude of biomolecules in dietary fruits and vegetables play a crucial role in health maintenance. They may, therefore, be more effective and certainly could have different actions beyond nutrients however this science is still evolving.

This book brings together experts working on the different aspects of supplementation, foods, and plant extracts, in health promotion and disease prevention. Their expertise and experience provide the most current knowledge to promote future research. Dietary habits need to be altered, for most people and the conclusions and recommendations from the various chapters in this book will provide a basis for that change.

The overall goal of this book is to provide the most current, concise, scientific appraisal of the efficacy of key foods and constituents medicines in dietary plants in preventing disease and improving the quality of life. While vegetables have traditionally been seen to be good sources of vitamins, the roles of other constituents have only recently become more widely recognized. This book reviews and often presents new hypotheses and conclusions on the effects of different bioactive components of the diet, derived particularly from vegetables, to prevent disease and improve the health of various populations.

* Identify bioactive fruit and vegetable options for prevention or treatment of illness
* Moves from general overview to disease specific applications providing a framework for further research and deeper understanding
* Includes discussion of issues and challenges, permitting critical analysis and evaluation While everyone knows fruits and vegetables are beneficial to good health, it's increasingly seen as important to know which ones can be effective in treating specific illnesses. For example, which are good for cardiac care? Which can help combat and treat asthma? What are the safety concerns to be aware of when using herbs in combination with traditional medicines? Diet and nutrition are vital keys to controlling or promoting morbidity and mortality from chronic diseases, and the multitude of biomolecules in dietary fruits and vegetables play a crucial role in health maintenance. They may, therefore, be more effective and certainly could have different actions beyond nutrients however this science is still evolving. This book brings together experts working on the different aspects of supplementation, foods, and plant extracts, in health promotion and disease prevention. Their expertise and experience provide the most current knowledge to promote future research. Dietary habits need to be altered, for most people and the conclusions and recommendations from the various chapters in this book will provide a basis for that change. The overall goal of this book is to provide the most current, concise, scientific appraisal of the efficacy of key foods and constituents medicines in dietary plants in preventing disease and improving the quality of life. While vegetables have traditionally been seen to be good sources of vitamins, the roles of other constituents have only recently become more widely recognized. This book reviews and often presents new hypotheses and conclusions on the effects of different bioactive components of the diet, derived particularly from vegetables, to prevent disease and improve the health of various populations. * Identify bioactive fruit and vegetable options for prevention or treatment of illness * Moves from general overview to disease specific applications providing a framework for further research and deeper understanding * Includes discussion of issues and challenges, permitting critical analysis and evaluation "While everyone knows fruits and vegetables are beneficial to good health, it's increasingly seen as important to know which ones can be effective in treating specific illnesses. Bioactive Foods in Promoting Health: Fruits and Vegetables brings together experts working on the different aspects of supplementation, foods, and plant extracts, in health promotion and disease prevention. Their expertise and experience provide the most current knowledge to promote future research. Dietary habits need to be altered, for most people and the conclusions and recommendations from the various chapters in this book will provide a basis for that change. The overall goal of this book is to provide the most current, concise, scientific appraisal of the efficacy of key foods and constituents medicines in dietary plants in preventing disease and improving the quality of life. While vegetables have traditionally been seen to be good sources of vitamins, the roles of other constituents have only recently become more widely recognized. This book reviews and often presents new hypotheses and conclusions on the effects of different bioactive components of the diet, derived particularly from vegetables, to prevent disease and improve the health of various populations."--Publisher's description