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XuetangX

Food Nutrition (食品营养学)

Nanchang University via XuetangX

Overview

    This course is a professional backbone course. It mainly teaches the process of digestion, absorption and utilization of food nutrients in the human body, community nutrition, population nutrition, the relationship between nutrition and disease, the nutritional value of various types of food, and the nutrition of nutrients in food processing and storage.

    According to the characteristics of the food profession, this course is divided into four parts, the first part is basic nutrition, mainly introducing the human digestive tract, and how food is digested, how nutrients are absorbed from food into the body, transported to cells to be broken down to provide energy or used to synthesize structures or regulate core molecules, and finally how waste is removed. The second part is food and public nutrition, which mainly introduces the nutritional value of various foods, from infancy to adolescence to nutritional diet. The third part is food and disease, using nutrition to study disease prevention. The fourth part is food nutrition technology, which mainly introduces the impact of food processing on food nutrition.


Syllabus

  • Chapter 1: Introduction
    • 1.1 Introduction
  • Chapter 2: Digestion and Absorption of Food
    • 2.1 Digestion and absorption of food - Digestion and absorption process
    • 2.2 Digestive glands and digestive enzymes
  • Chapter 3: Proteins
    • 3.1 Classification and function of proteins
    • 3.2 Digestion, absorption and metabolism of proteins
    • 3.3 Nutritional evaluation and dosage of food proteins
  • Chapter 4: Carbohydrates
    • 4.1 Classification of carbohydrates
    • 4.2 Function of carbohydrates
    • 4.3 Digestion, absorption and metabolism of carbohydrates
  • Chapter 5: Fats
    • 5.1 Lipid classification
    • 5.2 Phospholipids and sterols
    • 5.3 Health of lipids
    • 5.4 Lipid digestion and absorption
  • Chapter 6: Vitamins
    • 6.1 Vitamin concept, classification, digestion and absorption
    • 6.2 Vitamins A and D
    • 6.3 Vitamins E, K
    • 6.4 Vitamins B1, B2, B3
    • 6.5 Pantothenic acid, biotin, B6
    • 6.6 Folic acid, B12, vitamin C
  • Chapter 7: Minerals
    • 7.1 Overview
    • 7.2 Calcium, phosphorus
    • 7.3 Magnesium, electrolyte elements
    • 7.4 Iron
    • 7.5 Zinc, copper
    • 7.6 Selenium, iodine, chromium
  • Chapter 8: Energy
    • 8.1 Definitions and Units of Energy
    • 8.2 Energy consumption and intake of the human body
    • 8.3 Basal metabolic rate
    • 8.4 Resting energy consumption
    • 8.5 Determination of energy
    • 8.6 Balanced diet
  • Chapter 9: Water
    • 9.1 Overview, Functions of Water
    • 9.2 Water requirements and sources
  • Chapter 10: The Nutritional Value of Food
    • 10.1 Evaluation of the nutritional value of food
    • 10.2 Nutritional value of animal foods
    • 10.3 Nutritional value of cereals
    • 10.4 Nutritional value of legumes and vegetables in plants
  • Chapter 11: Phytochemicals
    • 11.1 Definition and classification of phytochemicals
    • 11.2 Function and activity of phytochemicals
    • 11.3 Representative phytochemicals in health foods
    • 11.4 Section 4 Phytochemicals and Human Diseases
  • Chapter 12: Nutrition for Special Populations
    • 12.1 Infant nutrition (Part 1)
    • 12.2 Infant nutrition (Part 2)
    • 12.3 Nutrition for pregnant women
    • 12.4 Nutrition of lactating mothers
    • 12.5 Athlete Nutrition
  • Chapter 13: Diet and Nutrition for Community Residents
    • 13.1 Dietary nutrient reference intake
    • 13.2 Dietary Structure and Dietary Guidelines for Chinese Residents
    • 13.3 Food and public nutrition
  • Chapter 14: Food and Nutrition-Related Diseases
    • 14.1 Food and obesity
    • 14.2 Food and diabetes
    • 14.3 Food and coronary atherosclerotic heart disease
  • Chapter 15: Molecular Nutrition
    • 15.1 A brief history of molecular nutrition and development
    • 15.2 Interrelationships between nutrients, genes and diseases
  • Chapter 16: Effects of Processing and Storage on the Nutritional Value of Foods
    • 16.1 Effect of pre-processing treatment on the nutritional value of food
    • 16.2 Effects of different processing methods on the nutritional value of food
    • 16.3 Effect of cooking on the nutritional value of food
    • 16.4 Effect of storage methods on the nutritional value of food
  • Chapter 17: Nutritional Fortification of Foods
    • 17.1 Concept and Purpose
    • 17.2 Food fortification techniques
    • 17.3 Food nutrition engineering
  • final

    Taught by

    Deng Zeyuan, Li Hongyan, Li Jing, and Liu Xiaoru

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