Watch Past Webinars

Using PBPK M&S to support the development of an IR tablet formulation & setting more relevant dissolution test specifications

Development of formulation and setting dissolution test specifications for IR tablets based on PBPK modeling & simulation – amiodarone as a case example

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Application of PBPK modeling & simulation to support dose selection in special populations – Bilastine as a case example

Dose recommendations are usually established using data driven approaches, i.e., population modeling & simulation...

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PBPK Modeling of Pulmonary Drug Absorption: Challenges & Perspective

PBPK models that describe drug performance following pulmonary administration, like the PCAT™ model within GastroPlus(R), have appeared more recently, yet few pieces of literature report on their use.

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What’s New in GastroPlus v9.8.2?

The latest version of GastroPlus® has the most innovative & integrative software improvements to accelerate drug development through continued collaborations with several large pharmaceutical companies and the U.S. FDA!

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What’s new in MonolixSuite 2021

Watch out for the release of MonolixSuite 2021!


PBPK Modeling Approach in Pregnant Subjects and Fetus

PBPK modeling gives birth to a new application!

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Developing a PBPK modeling approach for evaluating drug product performance in infants based on adults data

Understanding drug and drug formulation performance in relation to the prandial conditions is essential for ensuring the safety and efficacy of products to be administered to pediatric patients, especially newborns...

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ADMET Predictor® 10.3 (APX.3): Flagship machine learning platform for ADMET modeling

Panelist David Miller, VP of ADMET Cheminformatics will show some of the new features in APX.3, including details about a new REST API for deployment via Web services.

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Real-world Considerations in Pharma for QSP Modeling

Quantitative systems pharmacology (QSP) modeling enables better drug development decisions through a more advanced understanding of the disease area of inter

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Introducing, IPFsym™ the QSP modeling software for idiopathic pulmonary fibrosis

IPFsym® is a mechanistic, mathematical model for QSP of idiopathic pulmonary fibrosis (IPF) that can be used to predict efficacy for potential treatments.

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