This position offers a unique opportunity to develop advanced ADC PBPK modeling skills within the DMPK Modeling group. The PBPK science Co-op will contribute to establishing a generic, reusable payload PBPK framework in Simcyp, applicable across diverse ADC modalities. This work will encompass: Comprehensive characterization of ADC payload ADME using both internal and published data. Independent development and validation of PBPK model for ADC payloads in Simcyp, often utilizing Trastuzumab-based ADCs as an exemplar system to explore mAb PK, linker stability, and payload exposure. Integration of mechanistic data or QSAR-predicted parameters to ensure broad applicability of models, identifying key data gaps and informing future ADC design strategies. Collaboration across various cross-functional teams (toxicology, biology, chemistry, clinical pharmacology, formulations) to apply model-informed drug development strategies for ADCs. Work towards building a template PBPK model in Simcyp for multiple ADC payload chemotypes, integrating mechanistic sub-models or QSAR-based predictions. Present modeling outputs in internal team and department meetings. The goal is to be able to generate a high-impact publication detailing the generic ADC payload PBPK model and its applications.
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Job Type
Full-time
Career Level
Intern
Number of Employees
5,001-10,000 employees