15 molecular-dynamics positions at Leiden University

Scientific Director, Institute of Biology Leiden

Apply now Scientific Director, Institute of Biology Leiden The Faculty of Science is currently seeking a dynamic individual to serve as the Scientific Director of the Institute of Biology Leiden

Assistant Professor in Protein Chemistry

programs of the Leiden Institute of Chemistry, which include Bachelor programs in Life Science & Technology and Molecular Science & Technology (both conducted jointly with the Technical University Delft), as

Technician in vascular cell biology/immunology

, mutational analysis, and various molecular, cell biological, and biochemical approaches including endothelial cell culture, platelet activation and aggregation assays, cryo-EM, flow cytometry, protein

PhD student in vascular cell biology/immunology

, mutational analysis, and various molecular, cell biological, and biochemical approaches including endothelial cell culture, platelet activation and aggregation assays, cryo-EM, flow cytometry, protein

Assistant Professor in Protein Design

and Development hub . You are expected to contribute to the teaching programs of the Leiden Institute of Chemistry, which include Bachelor programs in Life Science & Technology and Molecular Science

Postdoctoral researcher in Supramolecular Chemistry

of Science. The candidate will develop and/or study stimuli-responsive synthetic molecular systems able to capture, release, and directionally transport ions. The project covers a variety of approaches ranging

Postdoctoral researcher in Supramolecular Chemistry

postdoctoral position in the group of Dr. Sander J. Wezenberg at the Leiden Institute of Chemistry of the Faculty of Science. The candidate will develop and/or study stimuli-responsive synthetic molecular

Post-doctoral researcher on fungal ecology

isolation of fungi across land-use gradient, molecular and bioinformatic methods exploring the genomes of these fungi, and experiments on fungal cultures to measure their physiological traits in artificial

Assistant professor "Inflammation pathways in atherosclerosis"

cellular or molecular targets for future therapeutic interventions. Explored therapeutic strategies to combat atherosclerosis include the use of monoclonal antibodies, small molecules, cellular therapy, and

Assistant professor "Inflammation pathways in atherosclerosis"

spatial transcriptomics in both human and experimental models of disease, we aim to discover novel pathways and cellular or molecular targets for future therapeutic interventions. Explored therapeutic