Postdoc: Cytokine-Induced Cancer Immunology & Cell Death

Servier; France; Hybrid; EUR 45,000 - 60,000; Full time

Benefits offered by this job

13th-month salary

27 days of paid leave

Flexible remote work options depending

On-site company restaurant

Job summary

Servier's R&D Institute at Paris-Saclay invites a postdoctoral researcher to investigate how colorectal cancer cells resist immune cytokine pressure and to identify approaches to enhance cytokine-induced tumor-cell killing. The project combines mechanistic biology, functional genomics and translational cancer models.

You will design and execute in vitro and in vivo experiments, review literature, present data, manage priorities, and collaborate within the Immuno-Oncology portfolio.

Qualifications

• PhD in a relevant biomedical field and strong background in cancer biology.
• Experience with oncology models or cytokine signaling is advantageous.
• Hands-on experience with organoids or patient-derived models is a plus.
• Excellent written and oral English required.

Responsibilities

• Design and conduct in vitro and in vivo experiments to advance the project.
• Analyze data and propose next steps.
• Review literature and integrate findings into decisions.
• Present progress at internal scientific and project meetings.
• Manage priorities, timelines and resources.
• Collaborate across Immuno-Oncology programs and share learnings.
• Identify and evaluate potential therapeutic targets.

Skills

Excellent written and oral English

Autonomous, proactive

Collaborative and innovative

Ability to drive a research project

Organize priorities

Education

PhD in cancer biology or related field

Tools

CRISPR-based perturbation or screening

Flow cytometry

Immunoblotting

Quantitative cell-based assays

Organoids or patient-derived models

Job description

Servier's R&D Institute at Paris-Saclay invites a postdoctoral researcher to investigate how colorectal cancer cells resist immune cytokine pressure and to identify approaches to enhance cytokine-induced tumor-cell killing. The project combines mechanistic biology, functional genomics and translational cancer models.

You will design and execute in vitro and in vivo experiments, review literature, present data, manage priorities, and collaborate within the Immuno-Oncology portfolio.