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Nutrition for Life 4th edition [Pehme köide]

  • Formaat: Paperback / softback, 536 pages, kõrgus x laius x paksus: 275x220x24 mm, kaal: 1140 g
  • Ilmumisaeg: 20-Jan-2015
  • Kirjastus: Pearson
  • ISBN-10: 0133853365
  • ISBN-13: 9780133853360
Teised raamatud teemal:
  • Formaat: Paperback / softback, 536 pages, kõrgus x laius x paksus: 275x220x24 mm, kaal: 1140 g
  • Ilmumisaeg: 20-Jan-2015
  • Kirjastus: Pearson
  • ISBN-10: 0133853365
  • ISBN-13: 9780133853360
Teised raamatud teemal:

NOTE: You are purchasing a standalone product; MasteringNutrition does not come packaged with this content. If you would like to purchase both the physical text and MasteringNutrition search for 0133878368 / 9780133878363Nutrition for Life Plus MasteringNutrition with MyDietAnalysis with eText 2.0-- Access Card Package, 4/e

Package consists of:

  • 0133983099 / 9780133983098 MasteringNutrition with MyDietAnalysis with Pearson eText -- Valuepack Access Card -- for Nutrition for Life
  • 0133853365 / 9780133853360 Nutrition for Life, 4/e

MasteringNutrition should only be purchased when required by an instructor.

For graduate and undergraduate nutrition students

Understanding and applying nutrition to everyday life

The Fourth Edition of Nutrition for Life, MasteringNutrition Edition gives students the tools they need to effectively learn and master nutrition concepts and apply them to their daily lives. This visually rich text is packed with information and exercises to help students understand how the food they eat affects their bodies. Students will learn about essential nutrients, vitamins, minerals, and the chemical organization of micronutrients, while staying engaged with the material through self-assessments, case studies, and study aids.Nutrition for Life organizes information according to how nutrients function in the body, rather than by chemical classification, allowing students to more easily apply their knowledge to everyday situations. This new edition features new Meal Focus Figures, new Focus Figures to illustrate key concepts, and student learning outcomes listed in every chapter and correlated to the end of chapter Study Plan..

Now included with Nutrition for Life , MasteringNutritionTM is an online homework, tutorial, and assessment product designed to improve results by helping students quickly master concepts. Students benefit from self-paced tutorials that feature immediate wrong-answer feedback and hints that emulate the office-hour experience to help keep students on track and prepared for lecture.

1 Nutrition: Making It Work for You
1(37)
What Is Nutrition, and Why Is It Important?
2(1)
Nutrition Is One of Several Factors Supporting Wellness
3(1)
A Healthful Diet Can Prevent Some Diseases and Reduce Your Risk for Others
3(2)
What Are Nutrients?
5(1)
Carbohydrates, Fats, and Proteins Are Macronutrients That Provide Energy
5(2)
Vitamins and Minerals Are Micronutrients
7(1)
Water Supports All Body Functions
8(1)
What Is a Healthful Diet?
9(1)
A Healthful Diet Is Adequate
9(1)
A Healthful Diet Is Moderate
9(1)
A Healthful Diet Is Balanced
9(1)
A Healthful Diet Is Varied
9(1)
How Can You Design a Diet That Works for You?
10(1)
Use the Dietary Reference Intakes to Figure Out Your Nutrient Needs
10(1)
FOCUS FIGURE Dietary Reference Intakes (DRIs)
11(1)
Follow the Dietary Guidelines for Americans
12(1)
MEAL FOCUS FIGURE Optimizing Nutrient Density
13(2)
The USDA Food Patterns
15(6)
Read Food Labels
21(3)
FOCUS FIGURE The Nutrition Facts Panel
24(2)
Where Can You Turn for Nutrition Advice?
26(1)
Trustworthy Experts Are Educated and Credentialed
27(1)
Government Agencies Are Usually Trustworthy
28(1)
Professional Organizations Provide Reliable Nutrition Information
28(1)
How Can You Interpret the Results of Research Studies?
29(1)
Research Involves Applying the Scientific Method
29(2)
Various Types of Research Studies Tell Different Stories
31(1)
Use Your Knowledge of Research to Help You Evaluate Nutrition Claims
32(6)
2 The Human Body: Are We Really What We Eat?
38(31)
Why Do We Want to Eat What We Want to Eat?
39(1)
The Hypothalamus Prompts Hunger in Response to Various Signals
39(2)
Environmental Cues Trigger Appetite
41(2)
Are We Really What We Eat?
43(3)
What Happens to the Food We Eat?
46(1)
Digestion Begins in the Mouth
46(1)
FOCUS FIGURE Digestion Overview
47(2)
The Esophagus Transports Food into the Stomach
49(1)
The Stomach Mixes, Digests, and Stores Food
50(1)
Most Digestion and Absorption Occurs in the Small Intestine
51(2)
FOCUS FIGURE Small Intestine Structure and Function
53(2)
The Large Intestine Stores Food Waste Until It Is Excreted
55(2)
HEALTHWATCH What Disorders Are Related to Digestion, Absorption, and Elimination?
57(1)
Belching and Flatulence Are Common
57(1)
Gastroesophageal Reflux Is Backflow of Gastric Juice
57(2)
An Ulcer Is an Area of Erosion in the GI Tract
59(1)
Some People Experience Disorders Related to Specific Foods
60(3)
Diarrhea Results When Stools Are Expelled Too Quickly
63(1)
Constipation Results When Stools Are Expelled Too Slowly
63(2)
Irritable Bowel Syndrome Can Cause Either Diarrhea or Constipation
65(4)
3 Carbohydrates: Plant-Derived Energy Nutrients
69(31)
What Are Carbohydrates?
70(1)
Most Carbohydrates Come from Plant Foods
70(1)
Simple Carbohydrates Are Sugars
70(2)
Complex Carbohydrates Are Polysaccharides
72(5)
Why Do We Need to Eat Carbohydrates?
77(1)
Carbohydrates Provide Energy
77(1)
Fiber-Rich Carbohydrates Have Health Benefits
78(1)
What Happens to the Carbohydrates We Eat?
78(1)
FOCUS FIGURE Carbohydrate Digestion Overview
79(1)
Digestion Breaks Down Most Carbohydrates into Monosaccharides
80(1)
The Liver Converts All Monosaccharides into Glucose
80(1)
Fiber Is Excreted from the Large Intestine
80(1)
Insulin and Glucagon Regulate the Level of Glucose in Blood
81(1)
FOCUS FIGURE Regulation of Blood Glucose
82(1)
The Glycemic Index Shows How Foods Affect Our Blood Glucose Levels
83(2)
How Much Carbohydrate Should We Eat?
85(1)
Most Americans Eat Too Much Refined Carbohydrate
85(2)
Most Americans Eat Too Little Fiber-Rich Carbohydrate
87(3)
MEAL FOCUS FIGURE Comparison of Two High-Carbohydrate Diets
90(1)
What's the Story on Alternative Sweeteners?
91(1)
Limited Use of Alternative Sweeteners Is Not Harmful
91(2)
Using Artificial Sweeteners Does Not Necessarily Prevent Weight Gain
93(1)
HEALTHWATCH What Is Diabetes, and Why Has It Become a Public Health Concern?
93(1)
In Type 1 Diabetes, the Body Does Not Produce Enough Insulin
94(1)
In Type 2 Diabetes, Cells Become Less Responsive to Insulin
95(1)
Lifestyle Choices Can Help Control or Prevent Type 2 Diabetes
95(5)
4 Fats: Essential Energy-Supplying Nutrients
100(29)
What Are Fats?
101(1)
Triglycerides Can Contain Saturated or Unsaturated Fatty Acid Chains
101(3)
Trans Fats Are Harmful to Health
104(1)
Essential Fatty Acids Protect Our Health
105(1)
Phospholipids Combine Lipids with Phosphate
106(1)
Sterols Have a Ring Structure
106(1)
Why Do We Need to Eat Fats?
107(1)
Fats Provide Energy
107(1)
Fats Store Energy for Later Use
108(1)
Fats Enable the Transport of Fat-Soluble Vitamins
108(1)
Fats Support Body Functions and Structures
108(1)
Fats Contribute to the Flavor, Texture, and Satiety of Foods
108(1)
What Happens to the Fats We Eat?
109(1)
The Mouth and Stomach Have Limited Roles in Fat Digestion
109(1)
The Gallbladder, Liver, and Pancreas Assist in Fat Breakdown
109(1)
Most Fat Is Absorbed in the Small Intestine
109(1)
FOCUS FIGURE Lipid Digestion Overview
110(1)
Fat Is Stored for Later Use
111(1)
How Much Fat Should We Eat?
112(1)
Dietary Reference Intake for Total Fat
112(1)
Dietary Reference Intakes for Specific Fatty Acids
112(1)
Shopper's Guide: Choosing Foods with Healthful Fats
113(1)
MEAL FOCUS FIGURE Reducing Saturated Fat
114(4)
HEALTHWATCH What Role Do Fats Play in Chronic Disease?
118(1)
What Is Cardiovascular Disease?
118(1)
Dietary Fats Play an Important Role in Cardiovascular Disease
119(1)
Calculate Your Risk for Cardiovascular Disease
120(1)
FOCUS FIGURE Atherosclerosis
121(1)
Reduce Your Risk for Cardiovascular Disease
122(2)
Does a High-Fat Diet Cause Cancer?
124(5)
5 Proteins: Crucial Components of All Body Tissues
129(26)
What Are Proteins?
130(1)
How Do Proteins Differ from Carbohydrates and Lipids?
130(1)
The Building Blocks of Proteins Are Amino Acids
130(2)
How Are Proteins Made?
132(1)
Protein Shape Determines Function
132(1)
Protein Synthesis Can Be Limited by Missing Amino Acids
133(1)
Protein Synthesis Can Be Enhanced by Mutual Supplementation
133(1)
Why Do We Need to Eat Proteins?
134(1)
Proteins Contribute to Cell Growth, Repair, and Maintenance
134(1)
Proteins Act as Enzymes and Hormones
134(1)
Proteins Help Maintain Fluid and Electrolyte Balance
135(1)
Proteins Transport Nutrients and Other Substances
135(1)
Proteins Help Maintain Acid--Base Balance
135(1)
Proteins Help Maintain a Strong Immune System
136(1)
Proteins Serve as an Energy Source
136(1)
What Happens to the Proteins We Eat?
136(1)
FOCUS FIGURE Protein Digestion Overview
137(1)
How Much Protein Should We Eat?
138(1)
Recommended Dietary Allowance (RDA) for Protein
138(2)
Protein-Energy Malnutrition Can Lead to Debility and Death
140(1)
Can Too Much Dietary Protein Be Harmful?
141(2)
Shopper's Guide: Good Food Sources of Protein
143(2)
MEAL FOCUS FIGURE Maximizing Healthy Protein Intake
145(2)
Protein and Amino Acid Supplements: Any Truth to the Hype?
147(1)
HEALTHWATCH Can a Vegetarian Diet Provide Adequate Protein?
148(1)
There Are Many Types of Vegetarian Diets
149(1)
Why Do People Become Vegetarians?
149(1)
What Are the Challenges of a Vegetarian Diet?
150(1)
Using MyPlate on a Vegetarian Diet
151(4)
6 Vitamins: Micronutrients with Macro Powers
155(37)
What Are Vitamins?
156(1)
Fat-Soluble Vitamins Are Stored in the Body
156(1)
Water-Soluble Vitamins Should Be Consumed Daily or Weekly
157(1)
Vitamins Are Vulnerable!
158(2)
Tissue Guardians: Vitamins A, D, and K
160(1)
Vitamin A Protects Our Sight
160(3)
Vitamin D Guards Our Bones
163(2)
Vitamin K Protects Against Blood Loss
165(2)
The Antioxidants: Vitamins E and C
167(1)
What Are Antioxidants, and How Does Our Body Use Them?
167(1)
Vitamin E Maintains Healthy Cells
167(1)
Vitamin C Protects Cells and Tissues
168(2)
The Energy Generators: B-Vitamins
170(1)
How Does Our Body Use B-Vitamins to Produce Energy?
171(1)
Thiamin (Vitamin B1) Helps Metabolize Glucose
171(1)
Riboflavin (Vitamin B2) Helps Break Down Carbohydrates and Fats
172(1)
Niacin Helps Produce Energy and Build and Repair DNA
172(1)
Vitamin B6 (Pyridoxine) Helps Manufacture Nonessential Amino Acids
173(1)
Folate Is Critical During the Earliest Weeks of Pregnancy
174(1)
Vitamin B12 (Cobalamin) Maintains Healthy Nerves and Blood
175(1)
Pantothenic Acid and Biotin Help Metabolize Macronutrients
176(1)
Choline Is a Vitamin-Like Substance Found in Foods
176(1)
What About Supplements?
177(1)
Dietary Supplements Are Not Strictly Regulated
177(1)
Who Might Benefit from Taking Micronutrient Supplements?
178(1)
When Can Taking a Vitamin or Mineral Supplement Be Harmful?
178(1)
MEAL FOCUS FIGURE Maximizing Micronutrients
179(2)
HEALTHWATCH Do Antioxidants Protect Against Cancer?
181(1)
Cancer Develops in Three Stages
181(1)
A Diet High in Antioxidants May Help Prevent Cancer and Other Diseases
181(2)
Other Factors May Influence Cancer Risk
183(9)
7 Minerals: Building and Moving Our Body
192(33)
What Are Minerals?
194(1)
Essential Electrolytes: Sodium, Potassium, Chloride, and Phosphorus
194(3)
Sodium Is Part of Table Salt
197(2)
Potassium Helps Maintain Healthful Blood Pressure
199(2)
Chloride and Phosphorus Also Assist Fluid Balance
201(1)
Mineral Power Plants: Chromium, Manganese, Sulfur, Iodine, and Selenium
202(1)
Chromium and Manganese Are Important in Metabolism
202(1)
Sulfur Is a Component of Other Nutrients
203(1)
Iodine and Selenium Help Make Thyroid Hormones
203(2)
The Blood Fortifiers: Iron, Zinc, and Copper
205(1)
Iron Is a Key Component of Hemoglobin
205(3)
Zinc Assists the Work of Many Different Enzymes
208(2)
Copper Helps Transport Iron and Build Tissues
210(1)
The Bone Builders: Calcium, Phosphorus, Magnesium, and Fluoride
210(1)
Bones Are Made of Minerals and Proteins
211(1)
How Do Bones Stay Healthy?
211(1)
Calcium Is a Key Component of Bones
212(3)
Phosphorus Is Part of the Mineral Complex of Bone
215(1)
Magnesium Is Found in Bones and Soft Tissues
216(1)
Fluoride Supports Our Teeth and Bones
216(2)
HEALTHWATCH Are You at Risk for Osteoporosis?
218(1)
Risk Factors for Osteoporosis
218(1)
Treatments for Osteoporosis
219(6)
8 Fluid Balance, Water, and Alcohol
225(25)
What Are Fluids, and What Are Their Functions?
226(1)
Body Fluid Is the Liquid Portion of Cells and Tissues
226(1)
Body Fluids Serve Many Critical Functions
227(2)
How Does Our Body Maintain Fluid Balance?
229(1)
Our Thirst Mechanism Prompts Us to Drink Fluids
229(1)
We Gain Fluids Through Intake and Metabolism
230(1)
We Lose Fluids Through Urine and Feces, Sweat, Evaporation, and Exhalation
230(1)
Fluid Imbalance Can Be Deadly
231(2)
How Much Fluid Do We Need---and What Kinds?
233(1)
Public Tap Water Is Safe to Drink
233(1)
All Beverages Are Not Created Equal
234(3)
How Much Alcohol Is Safe to Drink?
237(1)
Alcohol Consumption Is Described as Drinks per Day
237(2)
Alcohol Absorption Rates Vary
239(1)
Moderate Alcohol Consumption Has Health Benefits and Risks
240(1)
Excessive Alcohol Consumption Leads to Serious Health Problems
241(3)
Alcohol Consumption Greatly Increases the Risk for Accidental Death
244(1)
Strategies for Limiting Alcohol Intake
244(1)
HEALTHWATCH Can Pregnant Women Safely Consume Alcohol?
245(5)
9 Achieving and Maintaining a Healthful Body Weight
250(43)
Is Your Body Weight Healthful?
251(1)
Understand What a Healthful Body Weight Really Is
251(1)
Determine Your Body Mass Index
251(2)
Measure Your Body Composition
253(1)
Assess Your Fat Distribution Patterns
253(2)
What Makes Us Gain and Lose Weight?
255(1)
We Gain or Lose Weight When Our Energy Intake and Expenditure Are Out of Balance
255(1)
FOCUS FIGURE Energy Balance
256(2)
How Many Kilocalories Do You Need?
258(1)
Limitations of the Energy Balance Equation
259(1)
Genetic Factors Affect Body Weight
260(1)
Composition of the Diet Affects Fat Storage
261(1)
Metabolic Factors Influence Weight Loss and Gain
262(1)
Physiologic Factors Influence Body Weight
262(1)
Cultural and Economic Factors Affect Food Choices and Body Weight
262(1)
Social Factors Influence Behavior and Body Weight
263(3)
How Can You Achieve and Maintain a Healthful Body Weight?
266(1)
If You Decide to Follow a Popular Weight-Loss Plan, One Based on the Three Strategies
266(5)
If You Decide to Design Your Own Weight-Loss Plan, Include the Three Strategies
271(3)
MEAL FOCUS FIGURE Managing Calorie Intake
274(2)
HEALTHWATCH How Can You Avoid Obesity?
276(1)
Why Is Obesity Harmful?
276(1)
Why Do People Become Obese?
277(1)
Does Obesity Respond to Treatment?
278(2)
What If You Are Underweight?
280(1)
HEALTHWATCH Disordered Eating: Are You at Risk?
281(1)
Eating Behaviors Occur on a Continuum
281(2)
Many Factors Contribute to Disordered Eating Behaviors
283(1)
Anorexia Nervosa Is a Potentially Deadly Eating Disorder
284(1)
Bulimia Nervosa Is Characterized by Bingeing and Purging
284(2)
Binge-Eating Disorder Can Cause Significant Weight Gain
286(1)
Disordered Eating Can Be Part of a Syndrome
287(1)
Treatment for Disordered Eating Requires a Multidisciplinary Approach
288(5)
10 Nutrition and Physical Activity: Keys to Good Health
293(33)
What Are the Benefits of Physical Activity?
294(1)
Physical Activity Increases Our Fitness
294(1)
Physical Activity Reduces Our Risk for Chronic Disease
295(1)
Many Americans Are Inactive
296(1)
How Can You Improve Your Fitness?
296(1)
Assess Your Current Level of Fitness
297(1)
Identify Your Personal Fitness Goals
297(1)
Make Your Program Consistent, Varied, and Fun!
298(1)
Appropriately Overload Your Body
298(3)
Include a Warm-Up and a Cool-Down Period
301(1)
Keep It Simple, Take It Slow
302(1)
What Fuels Our Activities?
303(1)
The Breakdown of Carbohydrates Provides Energy for Exercise
303(1)
FOCUS FIGURE What Fuels Our Activities?
304(2)
Aerobic Breakdown of Fats Supports Exercise of Low Intensity and Long Duration
306(1)
Amino Acids Are Not Major Sources of Fuel During Exercise
307(1)
What Kind of Diet Supports Physical Activity?
307(1)
Vigorous Exercise Increases Energy Needs
307(2)
MEAL FOCUS FIGURE Maximizing Carbohydrates to Support Activity
309(1)
Carbohydrate Needs Increase for Many Active People
310(2)
Moderate Fat Consumption Is Enough to Support Most Activities
312(1)
Many Athletes Have Increased Protein Needs
313(1)
Regular Exercise Increases Our Need for Fluids
314(1)
Inadequate Intakes of Some Vitamins and Minerals Can Diminish Health and Performance
314(3)
HEALTHWATCH Are Ergogenic Aids Necessary for Active People?
317(1)
Anabolic Products Are Promoted as Muscle and Strength Enhancers
317(2)
Some Products Are Said to Optimize Fuel Use During Exercise
319(7)
11 Nutrition Throughout the Life Cycle
326(42)
Starting Out Right: Healthful Nutrition in Pregnancy
327(1)
Why Is Nutrition Important Before Conception?
327(1)
Why Is Nutrition Important During Pregnancy?
328(2)
How Much Weight Should a Pregnant Woman Gain?
330(1)
What Area Pregnant Woman's Nutrient Needs?
331(3)
Nutrition-Related Concerns for Pregnant Women
334(5)
Nutrition in Infancy
339(1)
What Are the Benefits of Breastfeeding?
339(1)
Effects of Drugs and Other Substances on Breast Milk
340(1)
What Are a Breastfeeding Woman's Nutrient Needs?
341(1)
What Is the Nutritional Quality of Infant Formula?
342(1)
What Are an Infant's Nutrient Needs?
342(1)
When Do Infants Begin to Need Solid Foods?
343(1)
What Not to Feed an Infant
344(1)
Nutrition-Related Concerns for Infants
345(1)
Nutrition for Toddlers
346(1)
What Are a Toddler's Nutrient Needs?
346(1)
Encouraging Nutritious Food Choices with Toddlers
346(1)
Nutrition-Related Concerns for Toddlers
347(1)
Nutrition Throughout Childhood
348(1)
What Are a Child's Nutrient Needs?
348(1)
Encouraging Nutritious Food Choices with Children
348(1)
What Is the Effect of School Attendance on Nutrition?
349(2)
Nutrition-Related Concerns for Children
351(2)
Nutrition for Adolescents
353(1)
Adolescent Growth and Activity Patterns
353(1)
What Are an Adolescent's Nutrient Needs?
353(1)
Encouraging Nutritious Food Choices with Adolescents
354(1)
Nutrition-Related Concerns for Adolescents
354(2)
Nutrition for Older Adults
356(1)
Physiologic Changes That Accompany Aging
356(1)
Age-Related Changes in Body Composition
356(1)
Age-Related Changes in Organ Function
357(1)
Factors That Accelerate the Aging Process
357(1)
What Are an Older Adult's Nutrient Needs?
357(4)
Healthy Eating Tips for Older Adults
361(1)
Nutrition-Related Concerns for Older Adults
361(2)
What Social Programs Provide Food to Older Adults in Need?
363(5)
12 Food Safety, Technology, and the New Food Movement
368
Why Is Foodborne Illness a Critical Concern?
369(1)
Foodborne Illness Affects Millions of Americans Annually
369(1)
Food Production Is Increasingly Complex
370(2)
What Causes Most Foodborne Illness?
372(1)
Several Types of Microorganisms Contaminate Foods
372(2)
Some Foodborne Illness Is Due to Toxins
374(2)
The Body Responds to Contaminants with Acute Illness
376(1)
Certain Conditions Help Microorganisms Multiply in Foods
377(1)
How Can You Prevent Foodborne Illness?
377(1)
Clean: Wash Your Hands and Kitchen Surfaces Often
378(1)
Separate: Don't Cross-Contaminate
378(1)
Chill: Store Foods in the Refrigerator or Freezer
378(2)
Cook: Heat Foods Thoroughly
380(1)
Protect Yourself from Toxins in Foods
380(1)
Be Choosy When Eating Out---Close to Home or Far Away
380(2)
How Is Food Spoilage Prevented?
382(1)
What Are Food Additives, and Are They Safe?
383(1)
Food Additives Include Nutrients and Preservatives
383(1)
Other Food Additives Include Flavorings, Colorings, and Other Agents
384(1)
Are Food Additives Safe?
385(1)
How Is Genetic Modification Used in Food Production?
385(3)
How Do Residues Harm Our Food Supply?
388(1)
Persistent Organic Pollutants Can Cause Illness
388(2)
Pesticides Protect Against Crop Losses---But at a Cost
390(1)
Growth Hormones and Antibiotics Are Used in Animals
390(1)
Organic Agriculture Reduces Residues
391(2)
What's Behind the Rising Food Movement?
393(1)
Sustainability Preserves Resources
394(1)
Food Diversity Supports a Healthful Diet
395(1)
Several Initiatives Promote Sustainability and Diversity
395(1)
Food Equity Promotes a Fair Sharing of Resources
396(2)
Your Actions Can Promote Sustainability, Diversity, and Food Equity
398
Appendices
A The USDA Food Guide Evolution
1(1)
B Calculations and Conversions
1(1)
C Foods Containing Caffeine
1(1)
D U.S. Exchange Lists for Meal Planning
1(1)
E Stature-for-Age Charts
1(1)
F Organizations and Resources
1(1)
References 1(1)
Answers to Review Questions 1(1)
Glossary 1(1)
Index 1(1)
Credits 1
Janice Thompson, Ph.D., FACSM

University of Birmingham

Janice Thompson is a professor in the School of Sports and Exercise Sciences at The University of Birmingham, U.K. Her work in the United Kingdom focuses on developing nutrition and physical activity interventions to reduce the risk for chronic diseases and type 2 diabetes in high-risk populations. She also has a US affiliation as a nutrition and exercise research consultant with the Office of Native American Diabetes Programs at the University of New Mexico Health Sciences Center. Janice earned a Ph.D. at Arizona State University in exercise science with an emphasis in exercise physiology and nutrition.

Janice is a Fellow of the American College of Sports Medicine (ACSM), a member of the American Society for Nutrition (ASN), the British Association of Sport and Exercise Science (BASES) and the Nutrition Society. Janice won an undergraduate teaching award while a faculty member at the University of North Carolina, Charlotte.

Janice also publishes two other introductory nutrition books with Pearson. They are the non-majors nutrition book Nutrition: An Applied Approach and the majors book The Science of Nutrition. In addition, Janice co-authored Sport Nutrition for Health and Performance with Melinda Manore (published by Human Kinetics).

 

Melinda Manore, Ph.D, RD, FACSM

Oregon State University

Melinda Manore earned a doctorate in human nutrition with a minor in exercise physiology at Oregon State University, and a masters degree in health education from the University of Oregon. She is currently a Professor in the Department of Nutrition and Exercise Sciences at Oregon State University, where she teaches and conducts research in the area of nutrition and exercise. Before coming to Oregon State, she taught at Arizona State University for 17 years. Melindas areas of specialization include nutritional requirements and issues for active women, nutrition assessment, and the role that nutrition and exercise play in health, energy balance, obesity, and disordered eating.

A registered dietitian, Melinda is an active member of the Academy of Nutrition and Dietetics (AND). She is Past Chair of the ADA Research Committee and the Research DPG (Dietetic Practice Group). Melinda is a member of the American Society of Nutritional Sciences (ASNS), the American Society for Clinical Nutrition (ASCN), the North American Association for the Study of Obesity (NAASO), the National Academy of Sciences Committee on Military Nutrition Research, and a Fellow of the American College of Sports Medicine (ACSM).

Melinda wrote a nutrition column for and is an associate editor of ACSMs Health and Fitness Journal, and she has won numerous awards for excellence in research and teaching. While at Arizona State University, she was nominated for the Distinguished Mentor of Women Award (1996), and the College of Liberal Arts & Sciences Alumni Association Outstanding Teaching Award (1998, 2000). In 2001, she received the SCAN Excellence in Practice Award.

Melinda co-authors Pearsons non-majors nutrition book Nutrition: An Applied Approach, the majors book The Science of Nutrition, and Human Kinetics Sport Nutrition for Health and Performance with Janice Thompson.