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Drug modelling can help provide safer drug therapies for pregnant women

Dr. Karen Rowland Yeo, senior vice president, Client & Regulatory Strategy, Certara UK, describes how pioneering biosimulation is helping to predict drug exposures during pregnancy, providing opportunities for safer care and better outcomes.

Published: | 3 min read

Dr. Karen Rowland Yeo, senior vice president, Client & Regulatory Strategy, Certara UK Symcyp Division describes how pioneering biosimulation is helping to predict drug exposures during pregnancy, providing opportunities for safer care and better outcomes.

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Key insights:

  • A greater understanding of how drugs can affect the body of a pregnant woman and, how they could affect the unborn child, is crucial to being able to design and develop pregnancy-suitable medicines.
  • PBPK modelling could overcome many of the challenges of pregnancy drug trials - representing a mechanistic approach to predict the pharmacokinetics of drugs in different populations.
  • The modelling can be used to predict drug exposures in both mothers and breastfed infants while accounting for complex factors such as genetics, co-medications and time varying physiology.

Lack of research into pregnancy and reproductive health can have a significant effect on the ability to provide novel therapies and interventions which can save lives and relieve suffering for many mothers and babies.

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