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Clarifying Food Processing from a Molecular Aspect

Structure determination of bioactive food substances


Comprehensive analysis of functionality in food components

Green and efficient synthesis of bioactive phytochemicals in food using our original methods

Risk assessment of chemicals in foodstuff

Development of immune suppression / immune tolerance by microorganisms
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Directed evolution of proteins for industrial / diagnostic applications

Protein engineering of amylases and related enzymes

Interaction of genetic and environmental factors in the development of lifestyle-related diseases

Physicochemical aspects in food structuring

Creation of new biomaterials with novel Bio-Infomatics approaches

Prevention of lifestyle-related diseases by food components and nutrients

Regulation of metabolism by exercise and nutrition

Challenge metabolic diseases through the science of adipocytes

Molecular mechanisms and regulation of intestinal NaCl and Nutrient absorption


Development of nutrition education methods and evaluation

Nutritional management in patients with chronic kidney diseases

Searching for nutritional management methods and food compositions that can contribute to the prevention / treatment of disease

Mechanisms of lowering the glycemic index (GI) for mixed meals and evaluation methods of GI


Practice-Based Nutrition Research: Identify factors related to eating habits to contribute public health nutrition activities

