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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
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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
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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
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spans diverse fields including Molecular and cellular biology, Microbiology, Genetics, Developmental Biology, Immunity, Evolutionary Biology, Behavioural biology, Ecology, Biotechnology and Drug discovery
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toxicities by utilizing mathematical models of cellular networks involved in resolving molecular stress and models describing the kinetics of compounds of interest. The models will be based on and fitted
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are biochemistry, (bio)-organic chemistry, medicinal chemistry, molecular biology and structural biology. Research in Energy & Sustainability focusses on fundamental aspects of chemical reactions of importance
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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
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degree or BSc degree (University of applied sciences) in Molecular Cell Biology and/or Immunology, Biomedical sciences, or a related field Independence in lab work as well as team player Expertise in
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MSc degree in Molecular Cell Biology and/or Immunology, Biomedical sciences, or a related field Independence in lab work as well as team player Expertise in or affinity with cell culture, protein
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traits of the fungal community to recover the loss of soil multifunctionality. This will be achieved by combination of field characterization and isolation of fungi across land-use gradient, molecular and