Author
STUMBO, PHYLLIS - University Of Iowa | |
WEISS, RICK - Viocare, Inc | |
Newman, John | |
PENNINGTON, JEAN - National Institutes Of Health (NIH) | |
TUCKER, KATHERINE - Northeastern University | |
WIESENFIELD, PADDY - Us Food & Drug Administration (FDA) | |
ILLNER, ANNE-KATHRIN - German Institute Of Human Nutrition | |
KLURFELD, DAVID - US Department Of Agriculture (USDA) | |
KAPUT, JIM - Us Food & Drug Administration (FDA) |
Submitted to: Journal of Nutrition
Publication Type: Peer Reviewed Journal Publication Acceptance Date: 9/16/2010 Publication Date: 10/27/2010 Citation: Stumbo, P.J., Weiss, R., Newman, J.W., Pennington, J.A., Tucker, K.L., Wiesenfield, P., Illner, A., Klurfeld, D.M., Kaput, J. 2010. Web-enabled and improved software tools and data are needed to measure nutrient intakes and physical activity for personalized health research. Journal of Nutrition. 140:2104-2115. Interpretive Summary: Food intake, physical activity and genetic make-up each impact health and each factor influences the impact of the other two factors. Nutrigenomics is a term used to describe interactions between food intake, physical activity and genomics. Knowledge about the interplay between environment and genetics would be improved if researchers in diet, physical activity and genetics included measures from the other two fields in their studies. Lack of familiarity and ease of access are two deterrents to these combined studies. This paper describes the state of the art for measuring food intake and physical activity to encourage workers in each field to make their tools better known and more available to workers in other fields. Information described was discussed during a workshop on this topic sponsored by USDA and FDA in the Spring of 2009. Technical Abstract: Food intake, physical activity and genetic make-up each impact health and each factor influences the impact of the other two factors. Nutrigenomics is a term used to describe interactions between food intake, physical activity and genomics. Knowledge about the interplay between environment and genetics would be improved if researchers in diet, physical activity and genetics included measures from the other two fields in their studies. Lack of familiarity and ease of access are two deterrents to these combined studies. This paper describes the state of the art for measuring food intake and physical activity to encourage workers in each field to make their tools better known and more available to workers in other fields. Information described was discussed during a workshop on this topic sponsored by USDA and FDA in the Spring of 2009. |