Postdoc | Regenerative Fibroblast Biology

Position Overview

Step into a postdoctoral role where your research will directly advance our understanding of fibrosis resolution. By developing and applying innovative in vitro and in vivo regeneration models, you will work to identify and characterize a pro‑resolution gene signature grounded in extensive in‑house datasets. Your work will primarily focus on mesenchymal cell populations, with opportunities to expand into additional relevant cell types as the project evolves.

Responsibilities

• Develop, optimize, and apply advanced in vitro and in vivo models to investigate mechanisms of tissue regeneration and fibrosis resolution.
• Interpret in‑house datasets to identify a pro‑resolution gene signature and validate its functional importance through targeted experiments.
• Explore the role of mesenchymal cells in the resolution of fibrotic lung disease, with the opportunity to expand research into additional cellular compartments.
• Integrate and interpret single‑cell and/or single‑nucleus sequencing data to generate hypotheses and strategically guide experimental design.
• Collaborate closely within a multidisciplinary team, contributing to scientific discussions and driving innovation initiatives.
• Independently plan and execute experiments with high scientific and operational quality, presenting key findings at international conferences and publishing in peer‑reviewed journals.
• Supervise Master’s students, supporting their experimental work and fostering their scientific growth.

Qualifications

• PhD in Biology, Regenerative Medicine, Pulmonary Research, Molecular Medicine, or a related field.
• Strong background in mesenchymal (regeneration) biology, including hands‑on experience with relevant in‑vitro and/or in‑vivo models.
• Experience in pulmonary research is a plus.
• Familiarity with single‑cell or single‑nucleus sequencing datasets and associated analysis pipelines is a plus.
• Proven ability to work independently, manage timelines, and prioritize tasks effectively.
• Strong communication skills and motivation to work in an innovative, collaborative research environment.
• Fluent English skills, both written and spoken.