Nutrition Fundamentals Notes (Video Transcript)

Throughout the course, maternal nutrition affects offspring health risks (e.g., chronic disease, higher weight, mental development).
Acknowleding that individuals cannot control what their pregnant relatives ate, but maternal diet still plays a role; individuals can also influence their own health through nutrition.

Time frame: October 1944 to May 1945.
Finding: Pregnant individuals in the first trimester who did not have enough food for a period showed higher risks in their children later, including heart disease risk and higher likelihood of larger body size.
Implication: early gestational nutrition can have long-term health consequences for offspring.
Takeaway for future planning: nutrition during pregnancy can be important for potential future children; personal dietary choices matter for future health considerations and even for managing food allergies and other aspects of prenatal care.

Suggested elements: fruits, colorful foods; lean protein; less processed foods; fiber-rich foods; vegetables.
Emphasis on plant-based, lean, minimally processed choices and the importance of fats depending on type (not all fats are equal).
Interactive prompts from class: what foods help health? Common responses included fruits, vegetables, protein, fiber, colors in produce, and lean protein; emphasis on variety and balance.

Food availability and choices:
- Food access affects nutrition; income constraints can limit healthier options; geographic access to grocery stores and transportation matter.
Chemical components of food:
- Vitamins and minerals and their physiological roles; how they affect health and disease risk.
Actions of the chemicals in food (biochemistry):
- The way nutrients are metabolized and interact within the body.
The text also presents a figure illustrating various food components as related to nutrition studies.

Diseases linked to nutrition include heart disease, diabetes, high blood pressure, and others.
A balanced diet (more plant-based foods like fruits, vegetables, fiber, lean protein) reduces risk of many diseases.
Conversely, higher intake of processed foods and saturated fats is linked to increased risk for various conditions (e.g., dementia, anemia, cancer, liver and kidney disease).
Practical takeaway: aim to add color to meals to improve nutrient diversity without making dieting feel restrictive.

ASI Food Pantry:
- Provides access to food; hours are posted; a Canvas link is available for hours.
- Following ASI on Instagram helps students learn about extra supplies or closures.
CalFresh (food assistance):
- Eligibility details are on the page; a link is provided on the course page.
- Special note: if you declare certain majors (e.g., nutrition and food), you may not be required to work the standard 20 hours/week.
- Dorm residents in meal plans with >10 meals/week may be ineligible; under 21 and living at home may require family to apply.
- Example benefit: up to $\$292$ per month for a household of one if you meet the maximum benefit criteria.
- Benefits carry over month to month if unused.
Practical recommendation: follow the relevant links in Canvas to learn more and apply when eligible.

Leading causes of death in the US that relate to nutrition;
- Heart disease, cancer, stroke, Alzheimer's disease, diabetes are among the top in the dataset.
- The slide highlights that red-highlighted items are directly related to dietary intake.
Summary: a balanced, color-rich diet with plant-based emphasis supports lower risk across many disease categories.

Nutrients provide nourishment essential for growth and maintenance; there is a distinction between nutrients and essential nutrients.
- Essential nutrients: nutrients that the body cannot synthesize sufficiently and must be consumed (e.g., vitamins, fatty acids, amino acids).
Macronutrients vs micronutrients:
- Macronutrients provide energy and include carbohydrates, proteins, lipids (fats), and water (water is essential, but does not provide energy).
- Micronutrients include vitamins and minerals; they are required in smaller amounts but are essential for body function.
Carbohydrates, proteins, lipids: energy values per gram:
- Carbohydrates: $4\ \text{kcal/g}$
- Protein: $4\ \text{kcal/g}$
- Lipids (fats, triglycerides): $9\ \text{kcal/g}$
Alcohol is not a nutrient; it is a toxin, but it does provide energy: $7\ \text{kcal/g}$
Water and micronutrients do not contribute energy but are essential for bodily function.
Energy definition: energy is the capacity to do work.
Kilocalorie notation: food labels list Calories, which are actually kilocalories; $1\ \text{kcal} = 1000\ \text{cal}$ (common shorthand on labels is Calories).

Example: a 3-ounce slice of chicken with 20 g protein.
Calories from protein: $20\ \text{g} \times 4\ \frac{\text{kcal}}{\text{g}} = 80\ \text{kcal}$
Note: this is just protein energy; total meal calories would include fat and any other components.

Vitamins (organic) vs minerals (inorganic): both essential for function but do not provide energy.
Iron example: iron deficiency can cause fatigue, cold sensitivity, hair loss, and other symptoms; iron works with protein to aid absorption and transport.
Phytochemicals: plant compounds such as anthocyanins and lycopene; often antioxidants; found in colorful plant foods and contribute to health beyond basic nutrients.

Aim to add color to meals and snacks to boost phytochemical and micronutrient intake without feeling deprived.
Balanced diet supports multiple organ systems; red foods (highly processed, saturated fats) are associated with multiple risk factors across diseases.
Nutrition education emphasizes real-world choices and accessibility (food availability, cost, and access barriers).

PowerPoints are available on campus platforms; slides can be accessed via Canvas.
Campus resources (ASI Food Pantry and CalFresh) are practical supports to improve access to nutritious foods and reduce barriers.
Instagram and Canvas links provide up-to-date hours, offerings, and application steps.

The overarching idea: healthier, more colorful, plant-forward, and balanced eating patterns support health across the lifespan, with particular emphasis on prenatal nutrition effects and the relationship between diet and chronic disease risk.