Development of a Risk Communication Material on Artificial Food Color Additives for Elementary School Students.
10.5720/kjcn.2012.17.4.365
- Author:
Mun Hee KO
1
;
Jeong Weon KIM
Author Information
1. Major in Elementary Science & Technology Education for Life, Graduate School of Education, Seoul National University of Education, Seoul, Korea.
- Publication Type:Original Article
- Keywords:
artificial food colors;
food additives;
risk communication material;
elementary school students;
comic book
- MeSH:
Food Additives;
Humans
- From:Korean Journal of Community Nutrition
2012;17(4):365-375
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
The purpose of this study was to develop a risk communication material on artificial food color additives for elementary school students. The development was based on a previous study on the perception and information needs of elementary school students on artificial food colors including that the students usually were interested in artificial food colors, but didn't know about those well, and they wanted to get information on the safety of their intake, function and necessity of food color additives. Based on the above results, a comic book on artificial food colors was developed as a risk communication material for the elementary school students by brainstorming and consultation with experts. The book was titled as 'Variegated artificial food colors! Understanding and Eating'. It contained basic information on food additives focused on artificial food colors including definition, function, calculation of ADI, usage of artificial food colors, quizzes and useful web sites, etc. The results of field evaluation for the developed material by 101 elementary school students were very positive in getting the correct information, understanding artificial food colors and having proper attitude for healthy dietary life. Therefore, the developed material could be used to help elementary school students have proper perception on artificial food colors and facilitate the risk communication on food additives.
