GDUFA Research Outcomes
PBPK Models
This section contains scientific publications, presentations, and posters arising from GDUFA-funded research relevant to physiologically-based pharmacokinetics (PBPK) computational modeling to support generic product development and assessment.
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Assessment of Effects of Selective Airway Luminal Expansion on Inhaled Particle Deposition in Severe Asthmatic Human Lungs – A Numerical Study
Choi, Jiwoong; Choi, Sanghun; Hoffman, Eric; O’Shaughenessy, Patrick; Castro, Mario; Delvadia, Renishkumar; Walenga, Ross; Babiskin, Andrew; Lin, Ching-Long
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Characteristics of Inhaled Particle Deposition in the Lungs of Imaging-based Asthma Clusters: a Numerical Study
Choi, J; Leblanc, L; Choi, S; Haghighi, B; Hoffman, E; O’shaughnessy, P; Wenzel, S; Castro, M; Fain, S; Jarjour, N; Schielbler, M; Denlinger, L; Lin, C
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Cluster-guided Imaging-based CFD Analysis of Airflow and Particle Deposition in Asthmatic Human Lungs
Choi, J; Leblanc, L; Choi, S; Haghighi, B; Hoffman, E; Lin, C
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A Population PK Based Model-Integrated BE Platform
Chen, X; Nyberg, H; Assawasuwannakit, P; Ryeznik, Y; Karlsson, M
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Current Scientific Considerations in Modeling for In Vitro BE of Topically Administered Ophthalmics
Chandran, Sajeev
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Approaches in Establishing BE Safe Space for Oral Solid Dosage Form
Chakraborty, Sumon
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Use of Mechanistic Modelling to Determine the Sensitivity of in vitro CQAs to Regional Lung Deposition and Predict PK for OIDPs
Butler, Clare
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Studies to Further Establish PK as Central Tool for a Streamlined Approval of Generic Inhalation Drugs
Bulitta, Jurgen; Hochhaus, Gunther
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Developing PBPK for Ocular Delivery
Bolger, Michael
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User Friendly Tools for Population PK and PBPK modeling
Bies, Robert S