Toxicology Scientist - In Vitro & Cell Culture

Rose International; South San Francisco (CA); On-site; USD 65,000 - 90,000; Full time

Job summary

Rose International is seeking a Scientist I/II for the Investigative Toxicology group at our South San Francisco campus. The role focuses on ex vivo and in vitro safety assessments across discovery and development, using a broad toolkit of biological assays and technologies.

Strong communication and collaboration are essential for cross-team contributions. The ideal candidate will enjoy learning across multiple toxicology modalities, contribute to project reports, and thrive in a

Qualifications

• Bachelor's degree in pharmacology, pharmaceutical science, biology, bioengineering, chemistry or related discipline is required.
• Master's degree is desirable but not required.

Responsibilities

• Provide scientific and technical support to assays and platforms used by the Investigative Toxicology group.
• Perform experiments including immortalized and primary cell culture, cell viability assessment, Luminex/ELISAs, gene expression analysis, high content screening, confocal microscopy, and flow cytometry.
• Maintain documentation of protocols and results; write protocols and contribute to final reports.
• Adhere to SOPs to ensure study integrity and quality.
• Work with minimal supervision for routine methods and studies.

Skills

Lab experience

Data analysis

Presentation skills

Collaboration

Hypothesis-driven research

Education

Bachelor's degree in life sciences

Master's degree (desirable)

Tools

Luminex/ELISAs

Flow cytometry

Confocal microscopy

High-content screening

Gene expression analysis

Job description

Rose International is seeking a Scientist I/II for the Investigative Toxicology group at our South San Francisco campus. The role focuses on ex vivo and in vitro safety assessments across discovery and development, using a broad toolkit of biological assays and technologies.

Strong communication and collaboration are essential for cross-team contributions. The ideal candidate will enjoy learning across multiple toxicology modalities, contribute to project reports, and thrive in a