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the built environment. The PhD project will make use of both behavioral experiments and methods from cognitive neuroscience, such as Mobile Brain/Body Imaging technique to measure the electrophysiological
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, stress fields) during processing – deeply inside mm sized samples. A DFXM microscope has just been implemented at a new beamline ID03. In our center at DTU: “The physics of metal plasticity” we use
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services. Keep updated with the latest scientific advancements and integrate new technologies into development processes. Our expectations A Ph.D. in Immunology, Biochemistry, Bioengineering, Molecular
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the molecular mechanism that stir replication, RNA processing and translation. The primary methodological approaches of our laboratory are single particle cryo-electron microscopy and protein biochemistry. Our
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techniques. In the project a wide range of different processing techniques will be used, and new methods developed. So, if you are looking for a career in development and fabrication of microdevices with
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Development and Demonstration Program). The primary purpose of the project is to develop the process to the stage of a working prototype at industrial scale. Responsibilities and Tasks You will: Plan and
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cell and spatial RNA sequencing technology. Suitable candidate will acquire in vivo imaging and image analysis skills, collaborate on interdisciplinary projects with international collaborators, present
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library preparation and target enrichment), bioinformatic data processing, and developing these skills over the duration of the project. The position requires experience working with degraded or difficult
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techniques with a documented track-record related to these competencies. Experience with calcium signaling and calcium imaging is considered a great advantage, as is experience with biochemical and biophysical
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that evolve with plastic deformation. The project is based on a close collaboration with other national and international academic researchers specialized in imaging techniques and material science. The