Click to download the posters our scientists are presenting at PAGE:
- HT-PBK Framework in R Using OSP Software for Anti-Tuberculosis Drug Development. Download Here.
- A PB-QSP Module for Ocular Applications for the Open Systems Pharmacology – A Vancomycin Example. Download Here.
- Predicting Hormonal Contraceptives DDI by Leveraging the Model Database of the OSP Suite. Download Here.
- Development of an End-to-End Quantitative Model-Informed Drug Development (MIDD) Ecosystem. Download Here.
- Application of High-Throughput PBPK Modeling to Develop an IVIVE Approach for Oral Permeability. Download Here.
- Integration of a Novel First-Order Release Z-Factor Dissolution Model with Global Sensitivity Analysis to Guide Formulation Development using Physiologically-Based Biopharmaceutics in OSPSuite V12. Download Here.
- Open-Source Quantitative Modeling of Tuberculosis Drug-Induced Cardiac Risks. Download Here.
- Enhancing PB(P)K Models for the Female Reproductive Tract: A Framework for Local and Systemic Drug Kinetics. Download Here.
- Continuous infusion simulations in PBPK and QSP models reveal steady-state properties and rate-limiting steps. Download Here.

Meet us in Thessaloniki!
From June 2nd to 7th this year, the ESQlabs team will be at the thirty-third meeting of PAGE in Thessaloniki, Greece. We will be hosting Satellite Meetings on June 2nd, 3rd, and 7th.
If you are interested in learning more about PBPK modeling and the new features of Version 12 of OSPSuite, read the details of each workshop below, and don’t miss the opportunity to register early to guarantee your discounts – Early Bird discounts available until April 7!
Workshop Day 1: PBPK Modeling in OSP Suite V12 – Foundations and Special Populations
Physiologically-based pharmacokinetic (PBPK) modeling is a relevant approach to streamline drug development, providing a mechanistic framework to predict drug behaviour across different populations. With the latest developments in OSP Suite V12, PBPK modeling has become even more intuitive, efficient, and scalable. This hands-on workshop will guide participants through the basis of PBPK modeling using PK-Sim, with a special focus on paediatric, geriatric, and organ-impairment applications.
Click below to learn more details on the agenda, and Register Now!
Register Here for Workshop 1Workshop Day 2: Building Scalable PBPK-QSP Models – Modularization in MoBi for OSP Suite V12
The latest OSP Suite V12 introduces a revolutionary modularization approach that significantly enhances the flexibility, scalability, and efficiency of quantitative systems pharmacology (QSP) modeling and integrations with physiologically-based PK (PBPK-QSP). This full-day hands-on workshop will equip participants with the skills to leverage modular workflows in MoBi to build, extend, and refine PBPK-QSP models like never before. Led by ESQlabs scientists, attendees will start with a simple two-compartment model to grasp the fundamentals of modularization before diving into a real-world case study: modeling an ADC modality for tumor treatment.
Click below to learn more details on the agenda, and Register Now!
Register Here for Workshop 2Workshop Day 3: Modular PBPK Modeling and Quality-Controlled Simulation Workflows in R with OSP Suite V12 – Use Case: Pregnancy PBPK
This full-day workshop offers a powerful combination of hands-on modular customized PBPK(-QSP) modeling and quality-controlled simulation workflows in R, leveraging the latest advancements in OSP Suite V12. Participants will explore the new modularization framework in PK-Sim and MoBi, learning how to extend a PBPK model with a pregnancy module to simulate fetal drug exposure. The second half of the workshop focuses on streamlining PBPK-QSP modeling workflows in R using {esqlabsR}, a package designed to enhance reproducibility, transparency, and automation.
Click below to learn more details on the agenda, and Register Now!
Register Here for Workshop 3

The V12 of OSP Suite
Recently, our team was involved in a project that led to the updated version of OSPSuite.
Together with the talented scientists and software developers from Bayer and Design2Code, our team has implemented the revolutionary modularization concept for efficient model management and qualification!
Learn more about it here.
Contact
ESQlabs GmbH | Am Sportplatz 7 | 26683 Saterland | Germany
Tel. +49 151 / 58559070 | info@esqLABS.com
This site does not use cookies to track your personal information