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Involve and mentor a team of scientists in the design, execution, and interpretation of in vitro ADME studies
Develop, optimize, validate, and implement mechanistic in vitro assays to characterize drug metabolism, transporter interactions, and drug–drug interaction (DDI) risk
Design, establish, and validate robust high-throughput screening workflows to support compound profiling and lead optimization efforts
Oversee the execution and interpretation of a comprehensive suite of in vitro ADME assays, including: Metabolic stability assessments using liver microsomes, S9 fractions, and hepatocytes
Binding assays
CYP450 inhibition and induction studies
Transporter uptake and efflux assays
In vitro drug–drug interaction (DDI) evaluations
Manage and maintain cell culture platforms supporting ADME studies, including primary hepatocytes, immortalized cell lines, and transporter-transfected cell systems, ensuring model suitability and reproducibility
Supervise permeability and absorption studies using established in vitro models to assess compound absorption potential
Ensure data quality, integrity, reproducibility, and timely delivery of results across all in vitro ADME activities, in alignment with internal standards and project timelines
Ensure compliance with applicable regulatory guidelines, safety requirements, and internal quality systems, maintaining thorough and audit-ready documentation
Develop team members, fostering a culture of scientific rigor, continuous improvement, and innovation
Requirements
Doctorate degree PhD OR PharmD OR MD [and relevant post-doc where applicable] and directly related experience
Master's degree and directly related experience
Bachelor's degree and directly related experience
Nice to have
PhD in Pharmacokinetics, Pharmaceutical Sciences, or related fields
Strong hands-on experience in developing mechanistic in vitro ADME models (e.g. enzyme kinetics, DDI and transporter assays etc) and interpreting complex datasets
Proven track record in high-throughput screening and assay automation
Team management skills
Excellent communication, collaboration, and problem-solving abilities
Strong publication or project track record in ADME/DMPK research is a plus