The Science of Health: Based on Structure, Function & Purpose: Biological Practice, Application & Implementation
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Chapter 1. Welcome to the Science of Health
- Make sense of the correlations between our current food selection and the nutrition related issues we face today such as obesity, food-related illnesses, deficiencies, and allergens.
- Explain the structural, functional, and purposeful understandings of eating to live, thrive, and survive.
- Understand the correlations between our inherited mindset and the food choices we make.
- Understand ultimate goals that impact the individual, family, culture, society, and species.
- Provide scientific understanding of physical health information to others within his/her family, culture, and/or society.
Chapter 2. Why…
- Practice, apply, and implement his/her understanding about the purpose of digestion.
- Apply the structural, functional, and purposeful understandings to science, nutrition, and health.
- Explain scientific understandings of physical health information to others within his/her family, culture, and/or society.
Chapter 3. Important Content to Understand Throughout
- Understand scientific terminology that is specific to the content of health and nutrition.
- Recognize, understand, and improve his/her own individual state of physical health.
- Apply the structural, functional, and purposeful understandings to science, nutrition, and health.
- Recognize if the foods ingested contain compatible nutrients required for growth, maintenance, and repair of the body (more specifically, cells).
- Evaluate the nutrition content of foods in order to make healthy food choices.
- Demonstrate the skill of food label interpretation.
Chapter 4. The Gastrointestinal (G.I.) System
- Apply the structural, functional, and purposeful understandings to the digestive system
- Practice, apply, and implement his/her understanding about the purpose of digestion.
- Explain how food and nutrients are processed in the body; i.e. ingestion, digestion, absorption, transportation, metabolism, and elimination.
- Identify and describe common digestive conditions, disorders, and diseases of the GI tract.
Chapter 5. The Science of Food and Nutrients
- Define and make sense of nutrients, food, and nutrition relative to the overall purpose of digestion.
- Identify, categorize, and classify the six classes of nutrients accordingly.
- Know how to calculate caloric intake from a dish to a meal.
- Break down the structural composition of foods, from meal to monomer.
- Recognize and describe the different kinds of polymers.
- Build upon nutritional terminology and scientific knowledge.
- Understand the structure, function, and purpose of the six essential nutrients.
- Identify, categorize, and classify the six classes of nutrients accordingly.
Chapter 6. The Science of Physical Activity
- Define stress and describe ways in which stress can manifest itself.
- Understand the importance of physical activity.
- Develop workout regimes that are lifestyle, career, and/or disease prevention focused.
- Implement proper posture, form, and technique during exercise routines.
- Apply the understanding of the science of breathing.
- Design and implement workout regimens that focuses on strength, function and core, aerobic fitness, muscular fitness, total fitness, and flexibility
- Understand and apply techniques to recover from physical activities and injuries.
- Assess your own health-related fitness by perform a series of tests.
Chapter 7. Time to Workout!
- Create, execute and implement physical activity routines that incorporates a total body fitness experience based on muscular strength and endurance, cardio, flexibility and core fitness.
- Practice, apply and implement physical activity routines that will get you moving and can be naturally incorporated into your daily activities.
- Incorporate a lifestyle approach in implementing physical activities that can flow with the day-to-day tasks.
Chapter 8. Auxiliary Content
- Make sense of the relationship between food and disease when it comes to preventions, cures, and treatments.
- Understand how to decode the myths, misconceptions, and misinformation of nutrition.
- Analyze the different governmental agencies who implements policies and procedures that regulate our foods.
- Evaluate different nutrition careers that are relevant to today’s job market.
About the Author
Learning Objectives
Chapter 1. Welcome to the SCIENCE of Health!
Section 1.1: Challenges We Still Face: Indicators and Observations
Section 1.2: Why We Eat
Section 1.3: Change Your Mindset
Section 1.4: Health Goals
Chapter 2. Why….
Section 2.1: So… Why?
Section 2.2: Why Science?
Section 2.3: Why Nutrition?
Section 2.4: Why Health?
Chapter 3. Content to Understand Throughout
Section 3.1: Knowledge of –ologies
Section 3.2: Hierarchy of Life
Section 3.3: The Thing About Cells
Section 3.4: Fresh, Raw & Natural
Section 3.5: Processed, Packaged, and Preserved
Section 3.6: Nutrient Diversity
Section 3.7: Filler Foods
Section 3.8: Reading Food Labels
Section 3.9: Metabolism
Section 3.10: Overconsumption, Underconsumption, and Malfunction
Section 3.11: pH (Acids & Bases)
Section 3.12: Solubility
Section 3.13: Enzymes
Section 3.14: Natural vs. Artificial Selection
Chapter 4. The Gastrointestinal (G.I.) System
Section 4.1: Why do we eat…? Really..
Section 4.2: The Digestive System as a Whole
Section 4.3: Digestion, Absorption, and ATP
Section 4.4: Mechanical and Chemical Digestion
Section 4.5: Structure of the Gastrointestinal (GI) Tract
Section 4.6: Function and Purpose of Digestion
Section 4.7: Absorption and Transportation of Nutrients
Section 4.8: Metabolism of Nutrients
Section 4.9: Common Conditions, Disorders, and Diseases of the GI Tract
Chapter 5A. The Science of Food and Nutrients: Part I
Section 5.1: Food to Nutrients
Section 5.2: Macronutrients vs Micronutrients
Section 5.3: The Term “Organic”
Section 5.4: Hierarchy of Food Composition: from Meal to Monomer
Section 5.5: Polymers vs. Monomers
Chapter 5B. The Science of Food and Nutrients: Part II
Section 5.6: Carbohydrates
Section 5.7: Lipids
Section 5.8: Proteins
Section 5.9: Water and Electrolytes
Section 5.10: Minerals
Section 5.11: Vitamins
Section 5.12: Alcohol: Tonic or Toxin?
Section 5.13: Dietary Supplements
Chapter 6A. The Science of Physical Activity: Part I
Section 6.1: Wellness and Stress
Section 6.2: Importance of Physical Activity
Section 6.3: Low, Moderate, and Extreme Impact Activities
Section 6.4: The Physiology of Physical Fitness
Section 6.5: Five Components of Health-Related Fitness
Section 6.6: Proper Posture, Form, and Technique
Section 6.7: The Science of Breathing
Section 6.8: The Purpose of Physical Activity
Section 6.9: Exercise and Energy Balance
Section 6.10: Water and Exercise
Chapter 6B. The Science of Physical Activity: Part II
Section 6.11: Health-Related Fitness Assessment
Section 6.12: Strength, Function, and Core
Section 6.13: How Do Muscles Grow?
Section 6.14: Principles for Developing Muscular Strength and Endurance
Section 6.15: Nutrient Timing
Section 6.16: Building Aerobic Fitness
Section 6.17: Building Muscular Fitness
Section 6.18: Health Benefits of Flexibility
Section 6.19: The Importance of Recovery
Section 6.20: Common Exercise Mistakes
Section 6.21: Injuries
Section 6.22: Protect Your Back
Chapter 7A. Time to Workout!
Section 7.1: Get Moving!
Section 7.2: Aerobics: The Main Event
Section 7.3: Aerobic Kickboxing
Section 7.4: Aquatic Exercising
Section 7.5: Indoor and Outdoor Cycling
Section 7.6: High Intensity Interval Training (HIIT)
Section 7.7: Body Conditioning
Section 7.8: Circuit Training
Chapter 7B. Time to Workout!
Section 7.9: Peripheral Heart Action (PHA) Training
Section 7.10: Biomotor PHA Functional Power Exercises
Section 7.11: Biomotor Functional Power Exercises
Section 7.12: Stability Ball Training
Section 7.13: Bootcamp Workouts
Section 7.14: Stretching
Section 7.15: Mind-Body Fitness
Section 7.16: Yoga: Mind, Body, and Spirit
Section 7.17: Pilates
Chapter 8. Auxiliary Content
Section 8.1: Prevention. Cure. Treatment
Section 8.2: Myths. Misconceptions. Misinformation
Section 8.3: Policies. Procedures. Regulations
Section 8.4: Careers in the Field
T.S. Douglas is a Scientist, Researcher, Educator, Fashion Designer and Author. She graduated with a B.S. & M.S. in Molecular, Cellular & Microbial Biology (Chicago State University, 2003, 2008). She completed her thesis in an Immunology lab that focused on innate and adaptive immunity and analyzed her results through many arrays of mRNA and Protein analyses. While pursuing a Ph.D at Northwestern University in 2006, she published the results of her Prostate Cancer research surrounding Developmental Biology at the Robert H. Lurie Research Center of Children’s Memorial Hospital. When T.S. Douglas began teaching university-level Biology courses in 2008, she was led back to school to complete her M.A.T. & Secondary Teaching Certificate (2012). She simultaneously started teaching middle and high school students for Chicago Public Schools (CPS), while executing her Adjunct Faculty position with City Colleges of Chicago. After the major turn-around that occurred for CPS in 2013, she decided to expand upon her Fashion Engineering skills and enrolled in a Fashion Design Program. Her B.S.A. in Fashion Design (2016) led her into designing, drafting, & sewing her own collections; along with working for Thomas Pink, a British, shirt-making company, focusing on Visuals, Operations & Sales (2014-2017). During this time, she managed to complete her 1st textbook publication entitled Cellular Nutrition (2018).
When T.S. Douglas first started teaching in 2008, her teaching philosophies were focused around building & establishing relationships, leading by example, and passing down her trained talents & techniques. After over 10 years of educating at Collegiate and Secondary levels, she has adopted other philosophies to her teaching practices. T.S. Douglas consistently educates others on the importance of practice, application & implementation of information they are learning, from their classes to their everyday lives; always applying structure (what), function (how) & purpose (why) of content when organizing information on a Molecular and Cellular level; and understanding that we, as humans, are entitled to be Scientists, Researchers, Educators, Authors, Artists, Entrepreneurs, Innovators & Inventors. T.S. Douglas resides in Chicago where she continues to employ her education, experiences, training, talents and techniques to help others find their individual messages so they can truly live their best, purposefully-driven life.
Chapter 1. Welcome to the Science of Health
- Make sense of the correlations between our current food selection and the nutrition related issues we face today such as obesity, food-related illnesses, deficiencies, and allergens.
- Explain the structural, functional, and purposeful understandings of eating to live, thrive, and survive.
- Understand the correlations between our inherited mindset and the food choices we make.
- Understand ultimate goals that impact the individual, family, culture, society, and species.
- Provide scientific understanding of physical health information to others within his/her family, culture, and/or society.
Chapter 2. Why…
- Practice, apply, and implement his/her understanding about the purpose of digestion.
- Apply the structural, functional, and purposeful understandings to science, nutrition, and health.
- Explain scientific understandings of physical health information to others within his/her family, culture, and/or society.
Chapter 3. Important Content to Understand Throughout
- Understand scientific terminology that is specific to the content of health and nutrition.
- Recognize, understand, and improve his/her own individual state of physical health.
- Apply the structural, functional, and purposeful understandings to science, nutrition, and health.
- Recognize if the foods ingested contain compatible nutrients required for growth, maintenance, and repair of the body (more specifically, cells).
- Evaluate the nutrition content of foods in order to make healthy food choices.
- Demonstrate the skill of food label interpretation.
Chapter 4. The Gastrointestinal (G.I.) System
- Apply the structural, functional, and purposeful understandings to the digestive system
- Practice, apply, and implement his/her understanding about the purpose of digestion.
- Explain how food and nutrients are processed in the body; i.e. ingestion, digestion, absorption, transportation, metabolism, and elimination.
- Identify and describe common digestive conditions, disorders, and diseases of the GI tract.
Chapter 5. The Science of Food and Nutrients
- Define and make sense of nutrients, food, and nutrition relative to the overall purpose of digestion.
- Identify, categorize, and classify the six classes of nutrients accordingly.
- Know how to calculate caloric intake from a dish to a meal.
- Break down the structural composition of foods, from meal to monomer.
- Recognize and describe the different kinds of polymers.
- Build upon nutritional terminology and scientific knowledge.
- Understand the structure, function, and purpose of the six essential nutrients.
- Identify, categorize, and classify the six classes of nutrients accordingly.
Chapter 6. The Science of Physical Activity
- Define stress and describe ways in which stress can manifest itself.
- Understand the importance of physical activity.
- Develop workout regimes that are lifestyle, career, and/or disease prevention focused.
- Implement proper posture, form, and technique during exercise routines.
- Apply the understanding of the science of breathing.
- Design and implement workout regimens that focuses on strength, function and core, aerobic fitness, muscular fitness, total fitness, and flexibility
- Understand and apply techniques to recover from physical activities and injuries.
- Assess your own health-related fitness by perform a series of tests.
Chapter 7. Time to Workout!
- Create, execute and implement physical activity routines that incorporates a total body fitness experience based on muscular strength and endurance, cardio, flexibility and core fitness.
- Practice, apply and implement physical activity routines that will get you moving and can be naturally incorporated into your daily activities.
- Incorporate a lifestyle approach in implementing physical activities that can flow with the day-to-day tasks.
Chapter 8. Auxiliary Content
- Make sense of the relationship between food and disease when it comes to preventions, cures, and treatments.
- Understand how to decode the myths, misconceptions, and misinformation of nutrition.
- Analyze the different governmental agencies who implements policies and procedures that regulate our foods.
- Evaluate different nutrition careers that are relevant to today’s job market.
About the Author
Learning Objectives
Chapter 1. Welcome to the SCIENCE of Health!
Section 1.1: Challenges We Still Face: Indicators and Observations
Section 1.2: Why We Eat
Section 1.3: Change Your Mindset
Section 1.4: Health Goals
Chapter 2. Why….
Section 2.1: So… Why?
Section 2.2: Why Science?
Section 2.3: Why Nutrition?
Section 2.4: Why Health?
Chapter 3. Content to Understand Throughout
Section 3.1: Knowledge of –ologies
Section 3.2: Hierarchy of Life
Section 3.3: The Thing About Cells
Section 3.4: Fresh, Raw & Natural
Section 3.5: Processed, Packaged, and Preserved
Section 3.6: Nutrient Diversity
Section 3.7: Filler Foods
Section 3.8: Reading Food Labels
Section 3.9: Metabolism
Section 3.10: Overconsumption, Underconsumption, and Malfunction
Section 3.11: pH (Acids & Bases)
Section 3.12: Solubility
Section 3.13: Enzymes
Section 3.14: Natural vs. Artificial Selection
Chapter 4. The Gastrointestinal (G.I.) System
Section 4.1: Why do we eat…? Really..
Section 4.2: The Digestive System as a Whole
Section 4.3: Digestion, Absorption, and ATP
Section 4.4: Mechanical and Chemical Digestion
Section 4.5: Structure of the Gastrointestinal (GI) Tract
Section 4.6: Function and Purpose of Digestion
Section 4.7: Absorption and Transportation of Nutrients
Section 4.8: Metabolism of Nutrients
Section 4.9: Common Conditions, Disorders, and Diseases of the GI Tract
Chapter 5A. The Science of Food and Nutrients: Part I
Section 5.1: Food to Nutrients
Section 5.2: Macronutrients vs Micronutrients
Section 5.3: The Term “Organic”
Section 5.4: Hierarchy of Food Composition: from Meal to Monomer
Section 5.5: Polymers vs. Monomers
Chapter 5B. The Science of Food and Nutrients: Part II
Section 5.6: Carbohydrates
Section 5.7: Lipids
Section 5.8: Proteins
Section 5.9: Water and Electrolytes
Section 5.10: Minerals
Section 5.11: Vitamins
Section 5.12: Alcohol: Tonic or Toxin?
Section 5.13: Dietary Supplements
Chapter 6A. The Science of Physical Activity: Part I
Section 6.1: Wellness and Stress
Section 6.2: Importance of Physical Activity
Section 6.3: Low, Moderate, and Extreme Impact Activities
Section 6.4: The Physiology of Physical Fitness
Section 6.5: Five Components of Health-Related Fitness
Section 6.6: Proper Posture, Form, and Technique
Section 6.7: The Science of Breathing
Section 6.8: The Purpose of Physical Activity
Section 6.9: Exercise and Energy Balance
Section 6.10: Water and Exercise
Chapter 6B. The Science of Physical Activity: Part II
Section 6.11: Health-Related Fitness Assessment
Section 6.12: Strength, Function, and Core
Section 6.13: How Do Muscles Grow?
Section 6.14: Principles for Developing Muscular Strength and Endurance
Section 6.15: Nutrient Timing
Section 6.16: Building Aerobic Fitness
Section 6.17: Building Muscular Fitness
Section 6.18: Health Benefits of Flexibility
Section 6.19: The Importance of Recovery
Section 6.20: Common Exercise Mistakes
Section 6.21: Injuries
Section 6.22: Protect Your Back
Chapter 7A. Time to Workout!
Section 7.1: Get Moving!
Section 7.2: Aerobics: The Main Event
Section 7.3: Aerobic Kickboxing
Section 7.4: Aquatic Exercising
Section 7.5: Indoor and Outdoor Cycling
Section 7.6: High Intensity Interval Training (HIIT)
Section 7.7: Body Conditioning
Section 7.8: Circuit Training
Chapter 7B. Time to Workout!
Section 7.9: Peripheral Heart Action (PHA) Training
Section 7.10: Biomotor PHA Functional Power Exercises
Section 7.11: Biomotor Functional Power Exercises
Section 7.12: Stability Ball Training
Section 7.13: Bootcamp Workouts
Section 7.14: Stretching
Section 7.15: Mind-Body Fitness
Section 7.16: Yoga: Mind, Body, and Spirit
Section 7.17: Pilates
Chapter 8. Auxiliary Content
Section 8.1: Prevention. Cure. Treatment
Section 8.2: Myths. Misconceptions. Misinformation
Section 8.3: Policies. Procedures. Regulations
Section 8.4: Careers in the Field
T.S. Douglas is a Scientist, Researcher, Educator, Fashion Designer and Author. She graduated with a B.S. & M.S. in Molecular, Cellular & Microbial Biology (Chicago State University, 2003, 2008). She completed her thesis in an Immunology lab that focused on innate and adaptive immunity and analyzed her results through many arrays of mRNA and Protein analyses. While pursuing a Ph.D at Northwestern University in 2006, she published the results of her Prostate Cancer research surrounding Developmental Biology at the Robert H. Lurie Research Center of Children’s Memorial Hospital. When T.S. Douglas began teaching university-level Biology courses in 2008, she was led back to school to complete her M.A.T. & Secondary Teaching Certificate (2012). She simultaneously started teaching middle and high school students for Chicago Public Schools (CPS), while executing her Adjunct Faculty position with City Colleges of Chicago. After the major turn-around that occurred for CPS in 2013, she decided to expand upon her Fashion Engineering skills and enrolled in a Fashion Design Program. Her B.S.A. in Fashion Design (2016) led her into designing, drafting, & sewing her own collections; along with working for Thomas Pink, a British, shirt-making company, focusing on Visuals, Operations & Sales (2014-2017). During this time, she managed to complete her 1st textbook publication entitled Cellular Nutrition (2018).
When T.S. Douglas first started teaching in 2008, her teaching philosophies were focused around building & establishing relationships, leading by example, and passing down her trained talents & techniques. After over 10 years of educating at Collegiate and Secondary levels, she has adopted other philosophies to her teaching practices. T.S. Douglas consistently educates others on the importance of practice, application & implementation of information they are learning, from their classes to their everyday lives; always applying structure (what), function (how) & purpose (why) of content when organizing information on a Molecular and Cellular level; and understanding that we, as humans, are entitled to be Scientists, Researchers, Educators, Authors, Artists, Entrepreneurs, Innovators & Inventors. T.S. Douglas resides in Chicago where she continues to employ her education, experiences, training, talents and techniques to help others find their individual messages so they can truly live their best, purposefully-driven life.