Scientist I, Investigative Toxicology
Job Location:
South San Francisco, CA - USA
Monthly Salary:
Not provided by the employer
Posted:
30 June 2026 (30+ days ago)
Application Deadline:
27 September 2026
Vacancies:
1 Vacancy
Job Summary
Skills:
- Candidate will provide scientific and technical support to assays and platforms supported by the Investigative Toxicology group by:
-
- Performing experiments involving: immortalized and primary cell culture cell viability assessment Luminex/ELISAs gene expression analysis high content screening confocal microscopy and flow cytometry. Experience with these methodologies is desirable but not required.
- Maintaining documentation related to protocol execution and results.
- Writing protocols and contributing to final reports as appropriate.
- Adhering to departmental SOPs to ensure study integrity and quality.
- Conducting experiments with a high level of independence and initiative.
- Performing tasks with minimal direct supervision for routine methods and studies commonly employed by the team.
Education:
- Bachelors (BS/BA) in pharmacology pharmaceutical science biology bioengineering chemistry physiology or related discipline is required; Masters (MS) degree is desirable but not required.
Technical Experience Requirements:
-
- 1-3 years of laboratory experience with hypothesis-driven research.
- Ability to analyze integrate and present data in a presentation is required.
- Experience with immortalized and/or primary cell culture cell viability assessment Luminex/ELISAs gene expression analysis high content screening confocal microscopy and flow cytometry is highly desired.
- Experience with complex in-vitro model systems is highly desired.
Role will Involve:
- Sitting or standing for extended periods.
- Performing repetitive tasks such as cell culture pipetting and labeling tubes.
- Collaboration across the Investigative Toxicology team and with key stakeholders.
Work with potentially hazardous materials including (but not limited to): chemotherapeutics biological hazards and human primary cells.