Role Summary
This role will contribute to assay development and execution using whole blood, primary cells, and flow cytometry–based readouts. The ideal candidate brings hands-on experience with in vitro biology techniques, strong experimental rigor, and the ability to manage multiple concurrent assay workflows.
Responsibilities
- Design, execute, and troubleshoot in vitro cellular biology experiments to investigate disease-relevant biology and mechanisms of action of small-molecule candidates using flow cytometry and biochemical readouts
- Develop and optimize medium- to high-throughput cellular assays for evaluating small-molecule inhibitors in mouse and human systems
- Perform whole blood–based assays and cytokine profiling
- Isolate, culture, and maintain primary and immortalized cell lines from mouse and human sources
- Analyze, interpret, and clearly communicate experimental results to project leads and cross-functional teams
- Maintain accurate, well-organized experimental records and protocols in electronic lab notebooks
- Work independently and collaboratively within a multidisciplinary research teams
Qualifications
- Required: BS or MS in immunology, biology, or a related field with 3+ years of laboratory experience (primarily in industry settings)
Skills
- Hands-on experience with immunoassay platforms (ELISA, Ella, MSD, or Luminex)
- Experience with cell lines, whole blood, and primary cell isolation and culture
- Experience with flow cytometry and analysis software (e.g., FlowJo)
- Familiarity with data analysis tools (e.g., GraphPad Prism)
- Strong quantitative and organizational skills
- Demonstrated ability to learn new assay platforms, troubleshoot experiments, and manage multi-step workflows
- Excellent record-keeping and communication skills, with a proven ability to work collaboratively
- Experience with small-molecule drug development
- Experience with multi-assay or high-throughput workflows