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Functional Nutrigenomics Lab
AI-based Natural Product Screening

Development of AI-driven screening platforms for natural bioactives and NMR binding analysis to explore molecular interactions.

AX-Based Natural Product Screening
& Structural Biology

Development of AI-driven functional screening platforms for nutraceuticals and medifood candidates.
We integrate AX-based structural modeling, NMR binding analysis, and molecular interaction profiling to identify bioactive materials
that regulate metabolic, mitochondrial, and cellular signaling networks.

AX-Physiological Activity Evaluation of
Medifood and Nutraceuticals

Evaluation of medifood and nutraceuticals through sophisticated in vitro and in vivo platforms.
We utilize diet-induced and transgenic disease models to investigate innovative strategies for the management of metabolic
and age-related disorders, including sarcopenia, obesity, T2DM, dyslipidemia, CVD, and intestinal dysfunction.

Functional Nutrigenomics &
Molecular Cell Signaling

Application of functional nutrigenomics, targeted gene expression analysis, and metabolic biomarker profiling to elucidate
how nutraceuticals regulate glucose/lipid homeostasis, mitochondrial dynamics, and gut barrier integrity.
We leverage these findings to support the development of precision nutrition strategies and mechanism-based medifood solutions.

Professor - Gwang-woong Go, Ph.D.'s profile

Professor

Gwang-woong Go,
Ph.D.

Functional Nutrigenomics Lab Professor
Department of Food and Nutrition Hanyang University

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