The workshop is neither trying to provide a 101 course on LC-MS proteomics nor attempts to focus on what is new in LC-MS proteomics techniques. Attendees need to have some background but not necessarily leading experts in the field. The consensus report from the previous ISSX Workshop held in 2018 (Prasad et al. 2019, Clinical Pharmacology and Therapeutics) is considered a background reading. The recent Symposium Repot from North American ISSX 2023 in Boston (Prasad et al 2024, Drug Metabolism Disposition, In Press) captures the content of lectures and workshop exercises. Hence, the event builds on what is known in the literature in relation to LC-MS proteomics and provides more practical guidance for those who are expanding their research activities in this area, such that they do not go through pitfalls and get to the end point faster.

This webinar is intended to provide drug developers with a comprehensive understanding of the unique DMPK challenges posed by oligonucleotide therapeutics and practical strategies to overcome them. Attendees will gain insights into advanced delivery platforms, customized pharmacokinetic approaches, and specialized administration methods, particularly for CNS-targeting oligonucleotides. By exploring real-world examples and established methodologies, the webinar aims to empower researchers to accelerate preclinical development and enhance their success in drug development and regulatory submissions.

This webinar will introduce dynamic free fraction (fd) as a new concept characterizing drug protein binding and demonstrate the utility of fd in hepatic clearance mediated by CYP and OATP transporter.

This webinar is intended to raise the awareness of complicated scenario where drug-drug-disease interaction occurs and how to evaluate the PK of drugs using PBPK to inform the optimal use of drugs in such patient group.

In this webinar we will discuss efforts for improving the global underrepresentation of African genetics in science. We will further explore the current landscape and challenges in realizing an African hepatic modeling platform - with a specific focus on the development of hiPSC models that can better recapitulate hepatic function.

This symposium/webinar is intended to educate ADME scientists on MPS technology and its potential to generate clinically translatable data.