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experiments to investigate cartilage behavior under mechanical loading. Develop and implement advanced imaging workflows, including deformation microscopy, high-field and clinical MRI, and PET-MRI. Contribute
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staff and students. YOUR TASKS In this position, you will conduct and complete an ongoing project on Fluorescence Lifetime Imaging (FLTI) in companion animals at the Department of Companion Animals
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the field of hyperspectral fluorescence imaging and detailed optical spectroscopy of the interaction of carbon nanotubes with chiral molecules adsorbed on or encapsulated within the SWCNTs. Position You will
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principles that regulate host-pathogen interactions and feedback, using a combination of quantitative imaging, microfluidics, statistical analysis and machine learning tools. A specific focus will be put
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the genetic and clinical variability of PRPH2-IRD by studying a large patient cohort with detailed genetic analysis and advanced imaging techniques. The project will focus on identifying genotype–phenotype
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Arabidopsis lines. to use advanced fluorescence confocal microscopy coupled to microfluidics to image and quantify the relative whereabouts and dynamics of key components of the cell wall integrity pathway, in
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researchers in the group to build and run safe and effective experimental setups to perform X-ray imaging of fluids in porous media, including experiments at elevated pressure and temperature and with gases
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handling, cell culture, imaging, and histology; knowledge of rodent perfusion, injections and dissection is a plus. Possesses basic knowledge in at least one of the following fields: molecular and
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methods of neural-microglia interactions, complementing already established multi-omics approaches: non-destructive fluorescence lifetime imaging microscopy (FLIM), mass spectrometry imaging and Raman
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this, we integrate mouse genetics & in vivo imaging, CRISPR gene editing, single-cell and spatial transcriptomics, high-content imaging & bioinformatics, electrophysiology & disease modeling Our lab culture