Explore the functionality and nutritional aspects of food and the relationship between food and health from a scientific perspective.
Students acquire a broad knowledge of agricultural products through the curriculum of the Faculty of Agriculture, and aim to become registered dietitians who contribute to food safety and health, medical care, and nutrition education.
Students systematically learn the food process based on “agriculture” and acquire the specialized knowledge, skills, and attitudes in “food, nutrition, health, medicine, and nutrition education” necessary for registered dietitians.
In addition to the experiments, practical training, and off-campus practical training required for the training of registered dietitians, students will take experiential learning classes such as on-farm training to cultivate the ability to think and practice independently in a collaborative manner.
Students will learn by multidisciplinary cooperation with medical personnel from the Faculty of Pharmacy and the Faculty of Nursing to become registered dietitians that can play an active role in promoting team medicine and community-based comprehensive care.
Our curriculum aims to train registered dietitians with knowledge of agriculture, that can contribute to health, medical care, and nutrition education, students study clinical nutrition, nutrition education, food service management, public health, and other topics regarding diet, as well as subjects from other departments concerning agriculture.
●Compulsory Courses
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Year 1 | Year 2 | Year 3 | Year 4 | |||
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Specialty Subjects |
Common Courses |
●Introduction to Agriculture ●Basic Seminar in Agriculture |
Seminar in Global Agriculture | Seminar in Smart Agriculture Agricultural Meteorology |
Forest Ecology Agricultural Intellectual Property |
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Specialty Core Courses |
Fundamental Courses | ●Fundamentals of Biology ●Fundamentals of Chemistry ●Bioethics |
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Society, Environment and Health Courses | ●Public Health ●Introduction to Health Management |
Health and Welfare | ||||
Structure and function of the human body and origins of disease Courses | ●Anatomy and Physiology ●Biochemistry ●Microbiology ●Practice in Anatomy and Physiology ●Experiments in Biochemistry Introduction to Clinical Medicine |
●Exercise Physiology Molecular Biochemistry Clinical Pathophysiology Pharmacology Experiments in Microbiology |
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Food and Health Courses | ●General Food Science ●Food Materials Science ●Food Hygiene ●Cookery Science ●Experiments in Food Science I ●Experiments in Food Science II ●Practice in Cookery Science I Fundamental Scientific Experiment |
●Experiments in Food Hygiene ●Practice in Cookery Science II Food Processing Practice in Food Processing |
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Basic Nutrition Courses | ●Basic Nutrition ●Practice in Basic Nutrition |
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Applied Nutrition Courses | ●Applied Nutrition I ●Applied Nutrition II |
●Practice in Applied Nutrition Applied Nutrition III |
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Nutrition Education Courses | ●Nutrition Education I | ●Nutrition Education II ●Practice in Nutrition Education Nutrition Education III |
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Clinical Nutrition Courses | ●Clinical Nutrition I ●Practice in Clinical Nutrition I Clinical Nutrition II |
Clinical Nutrition III Clinical Nutrition IV Nutritional Pharmacology Practice in Clinical Nutrition II Practice in Clinical Nutrition III |
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Public Nutrition Courses | ●Public Health Nutrition I | ●Practice in Public Health Nutrition Public Health Nutrition II |
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Food Service Management Courses | ●Food Service Business Management Theory I ●Practice in Food Service Business Management Food Service Business Management Theory II |
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Comprehensive Exercises Courses | Guidance to Field Practice(Seminar) | |||||
Practice in Integrated Nutrition for Registered Dietitians | ||||||
Clinical Practice Courses | ●Field Practice in Food Service(Off-Campus) | |||||
Field Practice I (Food Service Business Management) Field Practice II (Public Health Nutrition) |
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Field Practice III (Clinical Nutrition) Field Practice IV (Clinical Nutrition) |
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Specialty Comprehensive Courses |
Agricultural Production Courses | Insects and Microbes Plant Breeding and Production Management Utilization and Production Fundamentals of Crops |
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Applied Biology Courses | Biology of Plants Microbiology Biology of Animals |
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Food and Agriculture Business Courses | Food and Agricultural Economics Food System Agricultural Diversity |
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Seminars and graduation research | ●Freshman Seminar | ●Research of Food and Nutrition | ●Graduation Research | |||
General Education Subjects | Language Courses | Japanese Reading and Writing Basic English Ia Basic English Ib Basic English IIa Basic English IIb |
Practical English I Practical English II Chinese I Chinese II |
Basic English Conversation a Basic English Conversation b |
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Overseas Language Training | ||||||
IT Courses | ●Information Literacy I Information Literacy II |
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Physical Education | Sports Science I Sports Science II |
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Cultural Studies | Psychology Ethics Philosophy Regional Geography Human Geography Literature |
Cultural Anthropology Women’s Studies |
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Social Studies | Study of Volunteer Activity Introduction to Economics Japanese Politics Introduction to Jurisprudence Introduction to Management Tourism Studies |
Japanese Constitution | ||||
Natural Sciences | Mathematics | Life and Environment | Earth and Space Science Experiments in Earth Science |
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Career | ●Career Design I | Career Design II Development of Mathematical Ability |
Basic Internship Practical Internship Clinical Medical Seminar Tutorial on Self-medication |
Clinical Medical Practice | ||
For International Students | Japanese Culture and Society FI Japanese Culture and Society FII Japanese Reading F Japanese Grammar F Japanese Reading and Writing F Comprehensive Japanese F Japanese for Specific Purposes F Japanese Conversation F |
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For Returning Students | Japanese Culture and Society RI Japanese Culture and Society RII Japanese Reading R Japanese Grammar R Japanese Reading and Writing R Comprehensive Japanese R Japanese for Specific Purposes R Japanese Conversation R |
The Department of Food and Nutrition has the following 16 laboratories. We promote research on health, medicine, food, and nutrition education, and work to solve problems through fieldwork in collaboration with local communities and companies.
Department of Food Science and Human Nutrition
Department Head Mami ANDO
Laboratory of Public Health
Toshio OGAWA[Professor]
Laboratory of Clinical Medicine
Sadaki SAKANE[Professor]
Laboratory of Exercise Physiology
Mami FUJIBAYASHI[Professor]
Laboratory of Culinary Science
Mami ANDO[Professor/Department Head]
Laboratory of Food Science
Tomochika MIZUMA[Professor]
Laboratory of Food Processing Engineering
Norihiro YAMADA[Professor]
Laboratory of Food Hygiene
Yoshichika HIRAHARA
[Professor]
Laboratory of Biochemistry
Naoki KOBAYASHI
[Lecturer]
Laboratory of Basic Nutrition
Yoshimi KISHIMOTO
[Associate Professor]
Laboratory of Nutrition Education I
Minako MORI[Lecturer]
Laboratory of Nutrition Education II
Akiko IMAJO[Lecturer]
Laboratory of Clinical Nutrition I
Chika MOMOKI
[Professor]
Laboratory of Clinical Nutrition II
Katsumi AZENISHI
[Associate Professor]
Laboratory of Public Health Nutrition
Michinori KUROKAWA
[Professor]
Laboratory of School Lunch Business Management
Masahiko TARUI[Professor]
With the goal of "contributing to health through culinary science," we are conducting research on the nutritional components, palatability, and physiological functions of foods that are altered by various cooking methods. So far, we have investigated the relationship between the antioxidant capacity of foods, which is related to the suppression of cancer, and the cooking method. We are also developing a new freezing method to improve the quality of frozen foods, including their nutritional components, which are essential in modern life. Through these research activities, the Culinary Arts Laboratory aims to improve people's QOL and contribute to the food industry.
Contributing to Health Promotion through Culinary Science
Food materials become edible food only after they have undergone cooking operations. In the Culinary Science Laboratory, we study the nutritional components, palatability, and physiological functions of food ingredients as they are altered by various cooking operations, with the aim of improving people's quality of life and contributing to the food industry.
Healthy Life with Cooking and Food Processing
We are analyzing the processing characteristics of rice in a variety of ways, and develop new technologies that are useful for new foods as well as non-food applications. In addition, mathematical simulation is used to analyze the changes in components in food processing processes, and fundamental and applied technologies that contribute to the improvement of food quality are developed. Often, foods stay in food factories for a long time, and we use VE (Value Engineering) and IE (Business Engineering) methods to optimize food processing processes.
Effective use of rice and optimization of food processing processes
We are analyzing the processing characteristics of rice in a variety of ways, and develop new technologies that are useful for new foods as well as non-food applications. In addition, mathematical simulation is used to analyze the changes in components in food processing processes, and fundamental and applied technologies that contribute to the improvement of food quality are developed. Often, foods stay in food factories for a long time, and we use VE (Value Engineering) and IE (Business Engineering) methods to optimize food processing processes.
New technology development for food processing
Humans have different tastes and nutritional requirements depending on their life stage (age) and lifestyle. The Laboratory of Food Processing Engineering researches and develops processed foods that suit people's life stages and lifestyles, and proposes ways to use them. At that time, we will conduct research that contributes not only to nutritional problems but also to food problems, regional development, and environmental problems by exploring the effective use of food materials that are discarded even though they contain active ingredients, such as the dregs used to make koshian (sweet bean paste) and mandarin orange juice.
Research and Development of Processed Foods Suited to Life Stages and Lifestyles
Humans have different tastes and nutritional requirements depending on their life stage (age) and lifestyle. The Laboratory of Food Processing Engineering researches and develops processed foods that suit people's life stages and lifestyles, and proposes ways to use them. At that time, we will conduct research that contributes not only to nutritional problems but also to food problems, regional development, and environmental problems by exploring the effective use of food materials that are discarded even though they contain active ingredients, such as the dregs used to make koshian (sweet bean paste) and mandarin orange juice.
Propose processing methods that increase nutritional value and environmentally friendly
Foods contain nutrients that are essential for human survival and beneficial ingredients to maintain and improve health. However, these foods can also contain harmful chemicals that threaten safety. The Food Hygiene Laboratory analyzes various chemical substances such as pesticides, food additives, and harmful inorganic substances contained in foods and assess and manages these risks to protect human health.
Academic eyes to watch over food safety
Food maintain human life and brings a comfortable life. However, these foods can contain substances that threaten safety. We detect hazardous substances by the latest analytical technology to protect human health.
Study on Safety Assurance of Foods
Transporter function is essential for taking nutrients into human bodies and creating the bodies and energy. Transporters carry nutrients into the cells and sometimes release them out of cells. Our laboratory aims to elucidate the roles and molecular mechanisms of transporters of nutrients and signal transmitters, and improve human health by controlling the activity of these transporters.
Transport mechanism of lipid mediators and nutrients across cell membranes
Hydrophobic agents have been believed to cross the cell membrane easily by simple diffusion for a long time. We revealed that the hydrophobic intercellular mediator S1P cross the membrane via the transporters. Our study aims to elucidate the molecular mechanisms of membrane transports of hydrophobic intercellular mediators and nutrients and to develop medicines and dietary supplements targeted to their transporters.
Functional analysis of cell membrane transporters
Our daily diet contains a large number of nutrients and functional components. In the Basic Nutrition Laboratory, we study the effects of functional food components (mainly polyphenols and carotenoids) on the prevention of chronic diseases and the maintenance and promotion of health through experiments using cultured cells and research on human subjects. We are also engaged in research on how much of such functional components we consume from our diet and what health outcomes can be expected.
Power of food and nutrition to make people healthy
Our daily diet contains a large number of nutrients and functional components. I mainly focus on polyphenols and carotenoids, and try to clarify their effects on the prevention of chronic diseases and the maintenance and promotion of health through experiments using cultured cells and research on human subjects.
Health and Nutrition Sciences to Explore Food Functions
In order for people to lead a quality, comfortable, and vigorous life, this laboratory examines methods of management from the perspective of creating a social environment system that leads to and motivates behavioral changes in desirable dietary habits through nutrition and health education. Through the results of our research, we will explore the management methods of dietitians required in the Society 5.0 era, which respect people's life backgrounds and values, and can support decision-making for better dietary habits with rich humanity.
Exploring the management of dietitians required in the new era
In order for people to lead healthy, vibrant lives, we will examine management methods from the perspective of creating a social environment system, in which nutrition and health education can lead to desirable changes in dietary behavior and motivate people to change their behavior. Through the results of our research, we will explore the methods of management for dietitians that are required in the new era.
Nutrition education leading to behavior change
Food education in school education is the Intellectual Education, Physical Education, and Moral Education. In the Nutrition Education Laboratory, we research food education that enables children and students to develop rich humanity and acquire the power to live. In order to realize food education that leads from mere nutrition education to total human development, we aim to build systematic and continuous food education programs according to developmental stages, and to enhance disaster prevention education related to food in school safety education. It also contributes to the development of nutrition teachers, who are the core of this program.
Exploring Connected Food Education
We conduct research on lifelong mental and physical health and food problems in the event of a disaster from the perspective of food education. In order to promote food education that supports sustainable food, we will cooperate with educational institutions and the government to contribute to the enhancement of food education, enlightenment on food education, and provision of appropriate food information in the event of a disaster.
Food in the event of a disaster in food education
In super-aged society, efforts to extend the healthy life expectancy of older people and to return them to home are important. In cooperation with various organizations, facilities, and local governments, evaluate the nutritional status of older and conduct research focusing on preventive care for older so that they can live healthy lives in their communities.
We will also study dietary patterns and nutrients that influence the prevention of frailty.
Efforts to extend the healthy life expectancy of older
In cooperation with various organizations, facilities, and local governments, evaluate the nutritional status of older and conduct research focusing on preventive care for older so that they can live healthy lives in their communities.
We are also studying dietary patterns and nutrients that influence the prevention of frailty.
Initiatives for frail prevention
Elderly people who have reduced masticatory ability due to tooth loss tend to have a softer diet, which reduces their nutritional intake and makes them more likely to become undernourished. Decreased masticatory function also affects swallowing function, which in turn reduces food intake. Therefore, we will grasp the dietary intake of elderly people at home and institution, provide menus and cooking guidance according to mastication and swallowing ability, and proceed with research on prevention and improvement of undernutrition.
Prevention and improvement of undernutrition by "eating by mouth"
Undernutrition in the elderly is closely associated with dysphagia, dementia, frailty and sarcopenia and can lead to long-term care. Therefore, in order to improve the nutritional status of the elderly at home and at facilities, we provide menus and provide cooking guidance. In the future, we will develop long-term care foods such as swallowing-adjusted foods with enhanced nutrition.
Utilization of jelly food for poor swallowing function
We are conducting research from a variety of perspectives under the theme of "building a system for a society where everyone can live in good health. For example, we are developing health promotion programs for local residents based on the results of community diagnosis, developing dietary education tools, and developing self-training programs for health care professionals using ICT. We are also working on the development of food products to promote coexistence and utilization of deer and wild boar, which are harmful animals.
Build a social system where everyone can live in good health.
We work with the Osaka Prefectural Government and municipalities to survey and analyze the lifestyles and health of local residents, and assist in the preparation of administrative plans such as comprehensive plans and health promotion plans. We also develop food products, such as allergy-friendly disaster food, and tools for promoting health education and dietary education, with the aim of solving the problems faced by local governments.
Support for solving local issues
We are conducting research on appropriate cost accounting for hygiene management in school lunches. We will take up the hygiene management work, which has been less conscious of cost due to its absolute necessity, and aim to improve its efficiency, that is, to consider cost accounting for cost control and improve management. In addition, we are investigating and researching the overall operational aspects of the new cooking system (in-cart cooking system), and in the future we aim to provide timely and timely temperature meals and improve efficiency, and to improve labor shortages.
Familiarize yourself with the next generation of school lunch
Currently, labor shortages are a problem for school lunch facilities. Schools, hospitals, offices, long-term care facilities, etc. Therefore, the next-generation school lunch provision system (automatic cooking) is attracting attention. We are conducting research on process control and menu creation for this system through industry-academia collaboration.
Phosphate Metabolism and Multi-Organ Interactions
We are studying the effects of phosphorus on the biological tissue. In particular, we are examining the effects of excessive phosphate intake on the gut microbiome and skeletal muscles. We aiming to establish new evidence for phosphate management and develop nutritional therapy.
Phosphate Metabolism and Multi-Organ Interactions
Nutritional Approach to preventing frailty
Sterilization of wheel of catering car using strongly acidic electrolyzed water
Effects of over-the-counter meat seasonings
We will develop human resources well versed in “food,” “agriculture,” and “nutrition,” who can contribute not only to the maintenance and promotion of people’s health, nutritional guidance and management, and nutrition education, but also to the realization of local communities and sustainable societies, and who can give back to “agriculture” the information on “nutrition” and changes in “food” that consumers are demanding.
Qualifications for National Examination of Registered Dietitian
Nutritionist License
First class nutrition teacher’s license
Food sanitation superviser/inspector (appointment certification)
As a nutritionist, registered dietitian, or nutrition teacher with a broad insight of agricultural science, the following career paths are envisioned.