Post-doctoral Position in Heart Morphogenesis: Join the Imagine-Institut Pasteur Unit of Heart Morphogenesis in Paris, France, to investigate the fundamental mechanisms of asymmetric heart development. Utilizing interdisciplinary approaches including molecular biology, genetics, and quantitative imaging, the project aims to uncover novel insights into congenital heart defects and left-right patterning abnormalities.
Post-doctoral Position in Asymmetric Heart Morphogenesis
Designation: Post-doctoral Researcher
Research Area: Asymmetric Heart Morphogenesis, Left-Right Asymmetry, Heart Development, 3D Morphogenetic Mechanisms, Transcriptomics, Mouse Genetics, Interdisciplinary Collaborations
Location: Imagine-Institut Pasteur Unit of Heart Morphogenesis, Paris, France
Eligibility/Qualification:
- PhD in Life Sciences with a strong interest in developmental biology
- Solid research experience in molecular biology or genetics
- Proficiency in working with animal models
- Ability to work with rigor, creativity, and in a team environment
Job Description: The postdoctoral researcher will focus on elucidating the mechanisms underlying asymmetric heart morphogenesis using mouse models. Collaborating with interdisciplinary teams, the project aims to uncover novel genetic players and understand their roles in congenital heart defects. The position offers an opportunity to utilize cutting-edge technologies in omics, mouse genetics, and quantitative 3D imaging to unravel basic morphogenesis mechanisms and pathological processes in the heart.
How to Apply: Interested candidates should submit the following documents to sigolene.meilhac@pasteur.fr:
- Cover letter
- Curriculum vitae (CV)
- Contact details of 3 references
Last Date for Apply: Applications are open immediately and will be considered until the position is filled.
Join our vibrant and international research environment located within the Institut Imagine, offering state-of-the-art technological platforms in downtown Paris. This postdoctoral position is funded for 3 years by the FRM, providing a unique opportunity to contribute to groundbreaking research in asymmetric heart development.
