Using AI, a team identified a gap in post-market drug safety: not all published reports of dangerous drug interactions are taken up by recognized purveyors of drug safety information.

His contributions to clinical systems, infrastructure and education have had a lasting impact not only here at Vanderbilt but across the entire field of informatics.

The highlighted efforts demonstrated commitment to expanding the use of advanced technology to serve patients.

Sponsored by the Department of Biomedical Informatics, the symposium showcased the work of the department’s center for AI Discovery and Vigilance to Accelerate Innovation and Clinical Excellence.

Under the old system, genetic counselors would complete paper requisitions, and results would return as PDFs that had to be manually uploaded into patients' electronic health records.

Researchers examined if childhood obesity could be prevented by leveraging a combination of health behavior counseling offered by pediatric primary care clinicians and modern digital health literacy tools.

According to the organization’s citation for Embí, “his thought leadership and research led to the field of clinical research informatics, real-world evidence generation, the safe and effective use of AI in health care, and data-driven learning health systems that improve health and care.”