Nutrition.
Genomics.
Pharmacology & Immunity.
Nutripharmacoimmunomics is a proposed framework for understanding how nutritional exposure and status interact with genetic and epigenetic variation, pharmacological pathways, metabolism, microbiome, and immune regulation to influence therapeutic and vaccine-related responses.
A framework for integrated biological understanding
Modern precision medicine increasingly recognizes that individual responses cannot always be explained by a single biological layer. Nutripharmacoimmunomics brings complementary fields together around one central question: why do individuals respond differently to drugs and vaccines?
Our Proposed Definition
Nutripharmacoimmunomics is an integrative research framework investigating how nutritional exposures and nutritional status interact with genetic and epigenetic variation, metabolic and microbial processes, pharmacological pathways, and immune regulation to influence individual therapeutic and vaccine-related responses.
The framework integrates multiple biological layers
The framework is modular. Not every study needs to measure every layer. The appropriate combination depends on the biological and clinical question.
Nutrition
Dietary exposure, nutrient status, supplementation, bioactive compounds and metabolic health.
Genomics & Epigenomics
Genetic variation, pharmacogenomic determinants, immune-related variants and regulatory states.
Multi-Omics
Transcriptomics, proteomics, metabolomics, lipidomics, microbiomics and immunomics.
Pharmacology & Immunity
Drug pathways, pharmacokinetics, pharmacodynamics, immune responses and vaccine outcomes.
Potential applications
Nutripharmacoimmunomics is intended as a research framework with potential applications across precision medicine and translational science.
Precision Nutrition
Understanding how genetic, metabolic and immune characteristics modify responses to nutritional interventions.
Precision Pharmacotherapy
Investigating how nutritional and genomic context may contribute to variability in drug response and safety.
Precision Vaccinology
Exploring nutritional, genetic, metabolic and immune determinants of vaccine-induced immunity.
Healthy Aging
Studying the intersection of nutrition, polypharmacy, immunosenescence and biological heterogeneity in older adults.
Systems Immunology
Connecting metabolic and nutritional states with cellular and molecular immune responses.
Translational Research
Developing testable hypotheses, biomarkers and integrated molecular signatures for future validation.
Building a new research direction
The goal is not simply to combine existing omics disciplines, but to investigate the interactions among nutrition, host biology, pharmacological pathways and immunity as a unified research question.
Research & Collaboration