Postdoctoral Research Scientist in Molecular Biology
About Our Organisation
We are seeking a highly skilled Postdoctoral Research Scientist to join our dynamic team. As a key member of our team, you will contribute to advancing research in molecular biology and neuroscience.
* You will generate and maintain human iPSC lines and differentiate them into neurons and astrocytes using cutting-edge techniques.
* You will design and execute assays of intermediary metabolism (LC/GC methods; 13C tracing) and assess mitochondrial/cellular function using advanced imaging and molecular biology tools.
* You will develop and apply ODE models of mitochondrial metabolism and astrocyte-neuron coupling to interpret experiments and propose testable predictions.
* You will integrate multi-omics and imaging readouts with modelling; perform rigorous statistical analysis and ensure reproducible workflows.
* You will report and disseminate results through manuscripts, conference talks, and grant writing.
Your Expertise
* You hold a PhD in Life Sciences/Neurosciences/Molecular Biology with strong wet-lab experience; your expertise in neurodegeneration is an added advantage.
* You have hands-on experience with human iPSCs and differentiation to neuronal and glial lineages; you possess solid molecular biology and imaging skills.
* You have working knowledge of intermediary metabolism and 13C isotope-assisted metabolomics; RNA-seq experience is beneficial.
* You can formulate and implement ODE models for biological systems and analyse data in Python/MATLAB/R; familiarity with Bayesian/ML methods is an asset.
* You are proactive, collaborative, and possess sound statistics, problem-solving skills, and a commitment to research integrity and open, reproducible science.
Benefits and Opportunities
* We offer a modern and dynamic university environment with high-quality equipment and close ties to the business world and Luxembourg labour market.
* Multilingual and international character with diverse opportunities for collaboration and professional growth.