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investigates inflammation in health and disease using cutting-edge exposure systems and advanced 2D and 3D cell models. In parallel, NanoSafety2 focuses on the toxicity assessment of particle emissions from
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offers the unique opportunity to collaborate closely with mathematical imaging researchers at DTU Compute, the DTU 3D Imaging Center and cement experts at DTU Construct, in particular another MathCrete
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metallodrugs Mammalian cell culture including experience of 3D cell culture techniques. Confocal microscopy including quantitative image analysis Flow cytometry General molecular biology techniques such as
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opportunity to explore an essential question:- how does chromatin move and behave to control genes? To do so, you will lead an exciting HFSP-funded collaboration to apply single molecule imaging and genomics
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such as comparing spatial locations across time, highlighting changes in various dataset components, and integrating ancillary information layers within a fully three-dimensional (3D-in-3D) workspace
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Crystallography Physical Metallurgy Experience with synchrotrons or laboratory 3D diffraction imaging is considered as a significant advantage. Excellent English communication skills are also essential. As a formal
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Position Summary The Marti Lab builds next-generation imaging tools and AI methods to track how health, aging, and disease unfold deep inside living organisms, over weeks to lifetimes. Job
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computing libraries. Knowledge of biomedical image analysis and 3D reconstruction techniques. Familiarity with x-ray imaging techniques and synchrotron data analysis. Knowledge of version control (Git) and
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by multiple funding resources, our lab applied in vitro 3D, rodent, and zebrafish models to understand the environmental impacts on the pollutant toxicities. What you need to know Salary: Starting
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, including the National Facilities for Genome Engineering and Disease Modelling, Genomics and Light Imaging. Key tasks and responsibilities: Apply ESC/iPSC differentiation protocols and perturbation screenings