Integrative Approaches of Bioassay and Computational Analysis for Discovering Potential Bioactive Compounds and...

Area of Science:

• Nutritional Science
• Toxicology
• Molecular Biology

Background:

• Changing lifestyles and eating habits are linked to increased cancer and neurological diseases in young adults.
• Food contains diverse chemicals requiring analysis of complex exposure effects and predictive methods.
• Molecular nutrition must integrate human nutrition to address diet-related illnesses.

Purpose of the Study:

• To explore integrated approaches in molecular nutrition.
• To present cutting-edge research on diet-related health challenges.
• To advance understanding of bioactive compounds in food and their health implications.

Main Methods:

• Chemoprevention strategies using vitamin A and derivatives.
• Toxicity prediction of natural compounds via a bioactive gradient database from Kampo medicine.
• Toxicity assessment of chemicals utilizing pluripotent stem cells.
• Detection and analysis of bioactive compounds contributing to umami taste in food.

Main Results:

• The symposium highlights diverse research areas including chemoprevention and toxicity prediction.
• Development of databases and stem cell models aids in evaluating food component safety.
• Identification of bioactive compounds offers insights into food's biological activity.
• Advances in detecting and predicting biological activity and toxicity of food chemicals.

Conclusions:

• Integrating molecular nutrition research is crucial for addressing diet-related diseases.
• Predictive methods for biological activity and toxicity enhance dietary component information.
• This research paves the way for next-generation health and disease prevention strategies.