How Multi-Omics Profiling Can Redefine
Precision Health and Medicine

Originally Aired October 11, 2018

Detailed information for generating an average cellular metabolic profile could be as useful and common for physicians as taking a patient’s vital signs. Rich datasets that reflect a comprehensive clinical research compendium of biological, physiological, and molecular signatures will reveal insights into the factors that contribute to health or disease over an individual’s lifetime. Coupling relatively routine datasets such as genomes and transcriptomes with newer types—most notably mass spectrometry-based proteomes, and metabolomesproduces an “integrative Personal Omics Profile,” (iPOP). Join us for this exciting Clinical OMICS webinar where we will discuss how this multi-omics approach, when combined with clinical research observation, can unlock the complexity of systems biology at the individual level. Some key areas that will be discussed:

  • High-resolution biochemical profiles using metabolomics and mass spectrometry as part of iPOP
  • The potential of iPOP demonstrated in diabetes risk
  • Recent examples of iPOP showing the potential to identify individuals what will manifest signs of illness
  • The future of the iPOP approach

For research use only. Not for diagnostic procedures.

Michael Snyder, Ph.D.
Professor and Chair, Department of Genetics
Director, Center for Genomics and Personalized Medicine
Stanford University School of Medicine
View Biography

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