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Project Details

Early Career

Status: Funded - Open


Use of physiologically-based pharmacokinetic models to streamline pediatric drug approvals

Daniel Gonzalez, Pharm.D., Ph.D.

Summary

BACKGROUND: Antibiotics are the mainstay of therapy for invasive infections; however, in the last decade only 3 new antibiotics were approved by the FDA, none of which are approved in children.

GAP: This proposal will evaluate a platform to systematically develop and validate physiologically-based PK (PBPK) models in adults and children to shorten the time to pediatric antibiotic approval early in drug development.

HYPOTHESIS: Using solithromycin as a probe drug, we will test two hypotheses: 1) a PBPK model will successfully predict 90% of the observed adult plasma and bronchial fluid concentrations; 2) accounting for growth and maturation, the pediatric PBPK model and dose adjustments will predict drug exposure in plasma and bronchial fluid within ±15% of exposures observed in adults.

METHODS: We will develop an adult PBPK model, which will be scaled to children, and then validated using available clinical data.

RESULTS: Pending

IMPACT: This systematic approach could be applied to future pediatric drug development programs.










Supervising Institution:
University of North Carolina

Mentor(s):
Michael Cohen-Wolkowiez

Project Location:
North Carolina

Award Amount:
$26,463

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