Research Associate II ~ Bioanalytical/In Vitro ADME/DMPK
Nurix Therapeutics · Brisbane, CA · 2 mo ago
AnalystFull-time
Responsibilities
- Provide bioanalytical support for in-house PK, non-GLP safety TK
- Conduct bioanalytical method development and qualification to support drug, metabolite and biomarker analysis
- Independently develop LC-MS/MS methods to quantitate small molecules in in vitro and in vivo samples
- Conduct in-vitro stability assays to understand metabolism of drugs
- Perform metabolic identification (MetID) using LC-QTOF MS/MS, including accurate mass analysis, fragment interpretation and biotransformation pathway assignment
- Independently operate, troubleshoot and maintain LC-MS/MS systems
- Participate in multidisciplinary project teams and collaborate with other departments to understand bioanalytical needs for both PK and PD support
- Manage projects conducted at CROs to ensure high quality bioanalytical data is delivered to meet project timelines
- Maintain accurate and detailed scientific electronic laboratory notebooks
Requirements
- Provide sample analysis to support PK, PK/PD, PK/efficacy, distribution, metabolism, and non-GLP toxicology studies
- Identify issues and troubleshoot scientific equipment including LC-MS/MS, select and develop appropriate methods to perform experiments, analyze data and prepare related reports
- Excellent oral and written communication skills
Preferred Qualifications & Experience
- Experience with H/UPLC and mass spectrometry
- Good working knowledge of SCIEX LC-MS/MS systems for small molecule quantitation
- PK analysis using Phoenix or other data management software
- Management experience with CROs for outsourcing BA activities is preferred
- Broad experience in small molecule drug candidate bioanalytical assay development/sample analysis in different biological matrices using LC-MS/MS
- Experience with AB SCIEX mass spectrometry software
- Excellent written, verbal communications and interpersonal skills to collaborate with internal and external partners in a matrix environment