<p>A key feature of the Precision Nutrition and Health approach is the ability to tailor interventions to individual variability using multimodal data from large-scale biobanks and cohorts. Artificial intelligence (AI) and machine learning (ML) models offer new potential to model complex data but remain constrained by challenges related to data quality, interpretability, validation, and causal inference. This Perspective synthesizes current AI/ML methodologies in PN, elucidates their interplay with the distinctive features of multi-omic and nutritional data, such as being compositional, episodic, context-dependent, and error-prone, and delineates nutrition-specific best practices for achieving robust, interpretable, and clinically actionable AI integration in research and practice.</p>

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Applying Artificial Intelligence and machine learning in precision nutrition

  • Paraskevi Massara,
  • Jonathan Kirkland,
  • Ioanna Pagani,
  • Samantha L. Huey,
  • Haym Hirsh,
  • Daniel McDonald,
  • Lucas Patel,
  • Julia L. Finkelstein,
  • Marie Gantz,
  • Fei Wang,
  • David Erickson,
  • Martin T. Wells,
  • Olivier Elemento,
  • Rob Knight,
  • Saurabh Mehta

摘要

A key feature of the Precision Nutrition and Health approach is the ability to tailor interventions to individual variability using multimodal data from large-scale biobanks and cohorts. Artificial intelligence (AI) and machine learning (ML) models offer new potential to model complex data but remain constrained by challenges related to data quality, interpretability, validation, and causal inference. This Perspective synthesizes current AI/ML methodologies in PN, elucidates their interplay with the distinctive features of multi-omic and nutritional data, such as being compositional, episodic, context-dependent, and error-prone, and delineates nutrition-specific best practices for achieving robust, interpretable, and clinically actionable AI integration in research and practice.