Current Research and Scholarly Interests
Historically, children have represented an understudied, ‘orphan’ population in the field of therapeutics. Many medicines used in children have not been rigorously tested and lack the same level of evidence to help guide dosing as compared to adults. Yet, an in-depth understanding of a drug's clinical pharmacology is essential for its safe and effective use in children. Further, traditional “one-size fits all” approaches to pediatric therapeutics will be inadequate due to their large heterogeneity and as a result more individualized frameworks for dose decision-making are imperative.
My clinical research program is focused on improving child health by promoting the safe and efficacious use of medications in children. It supports the advancement of pediatric therapeutics through the application of quantitative pharmacokinetics (PK) and pharmacodynamics (PD) to inform dose-decision making of medications used in clinical care. Translation of research findings back to clinical care is facilitated through the development of clinical decision support dosing platforms that can be integrated within the electronic medical record, allowing real-time precision dosing at the point of care. My work further supports the clinical development of re-purposed and novel therapies in infants and children.
Learn about the Importance of Children in Clinical Studies - https://www.nih.gov/health-information/nih-clinical-research-trials-you/parents-children