In the past, Yonsei University¡¯s Food and Nutrition Program participated in the first stage of the BK21 project and made remarkable achievements in the area of "Antioxidant Nutrition." Ourfirst stage BK21 project members learned that antioxidant nutrition can have a major effect on the rate of degenerative diseases such as obesity, diabetes, osteoporosis, cataracts and glaucoma. These scientific insights have provided the foundation for recommendations for healthy diets and nutrient intakes throughout life.
Standing proud on our past achievements, and with the aid of recent breakthroughs in genetics, biotechnology and medical sciences, our "Functional Foods and Nutrigenomics Team" set out to develop new functional food products and, by utilizing them, to pursue a healthier and better life for people from different genetic backgrounds.

Our project consists of two teams, nutrigenomics and functional foods teams. Each team consists of many enthusiastic team members from professors to graduate students.
Members of our nutrigenomics team work ardently on the identification of specific dietary requirementsaccording to each individual's different genetic background, and on the identification of the role played by nutrients in human gene expression. Based on the information from this work, the members try to develop a tailored nutrition and health care system to fit each person¡¯s heredity and unique life style.
As for our functional foods team, our researchers are trying to develop new functional food products, especially those with traditional Korean ingredients, using advanced technology from the fields of genetics and food biotechnology. The members are also interested in developing tailored therapeutic foods for disease management and health promotion.
Working together, our nutrigenomics and functional foods teams try to improve the nutritional well-being of people through:
- the creation of new knowledge and new food products,
- the application of evidence-based information and high-quality products, and
- the education and training of future leaders in the field.

We, the members of the Functional Foods and the Nutrigenomics Team of the second stage of the BK21 project, thank you for yourinterest and await your participation in our journey to better health and better life through nutrition.

 
¡°Better Life with Functional Foods & Proper Nutrition¡±
As scientific and technological advances develop in the field of health and nutrition, more and more focus has been directed toward the emerging field of nutrigenomics or personalized nutrition. The science of nutrigenomics involves the application of the human genome to nutrition and personal health to provide individual dietary recommendations. By using an individual¡¯s unique genetic makeup and nutritional requirements to tailor recommendations, the risk of disease would be greatly reduced in near future.
Functional foods or dietary components that may provide health benefit beyond basic nutrition. Human beings could take greater control of health through the food choices, knowing that foods could provide specific health benefits. Biologically active components in functional foods may impart health benefits or desirable physiological effects. Functional attributes of many traditional foods are being discovered, while new food products are being developed with beneficial components
 
The ultimate goal of the program is to pursue healthy life through prevention and curing disease. The program consists of 2 major fields of study (Functional Foods & Nutrition) with 5 professors who show great activities in food and nutrition. Each major field is conducting systematic research for ¡°Better Life with Functional Foods & Proper Nutrition¡± as the goal of the BK21 project for Functional Food and Nutrigenomics, Yonsei University.
 
 
  Specific Goal
  Goal
Educational & Traning Area
Application
Team 1
Nutrigenomics:
¡¤To investigate nutrients and dietary components-induced genome and proteome changes
¡¤To research and to develop training courses on interactions of genetic backgrounds and nutrition
¡¤To develop new curriculum on functional foods and nutrigenomics
¡¤Analysis of combined data base on clinical data and disease matched genetic data
¡¤Personalized disease control/prevention
¡¤Nutrigenomics research field
¡¤Nutritional epidemiology field
¡¤Nutrigenomic counseling
¡¤Nutrition policy experts in governmental organization (ie, Ministry of Health & Welfare, Korea Food and Drug Administration, Korea Center for Disease Control and Prevention)
¡¤Nutrigenomics research institute
¡¤Biotech company
¡¤Clinical dietition
¡¤School nutrition counselor
¡¤Nutritional epidemiologist
¡¤R&D at functional food industry
¡¤Marketing
¡¤Customer service
¡¤Professor
Team 2
Functional Foods:
¡¤To create functional food biomaterials using enzymatic biotechnology
¡¤To establish the tools and combining innovative processes for genome-based screening of applied biocatalytic enzymes and microorganisms
¡¤To identify the functional attributes of traditional foods and to develope customized diet/menu for disease control
¡¤Evaluation and development of food biomaterials
¡¤Food biotechnology based on knowlegae of microorganic and enzymatic genome
¡¤Carbohydrate based functional foods and genetic engineered foods
¡¤Functional foods industry
¡¤Marketing and customer service
¡¤Development and evaluation of functional foods materials and functional food products
¡¤personalized diet/menu development
 
 
 
 
YONSEI UNIVERSITY The 2nd stage of Brain Korea 21 Project for Functional Foods and Nutrigenomics
134 Sinchon-dong, Seodaemun-gu, Seoul 120-749, Korea Tel: +82(2)2123-3115, Fax: +82(2)365-3118