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femora bone and rib samples from paired MRI and CT images. ● Effectively work with colleagues for the registration of mineralised and non-mineralised bone materials to develop subject-specific finite
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Phenotypes for Chronification. · Developing In Vitro Migraine Modeling. Bringing together a dynamic interdisciplinary team with the expertise in migraine, electrophysiology, calcium imaging, cell biology
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-resolution imaging and reconstruction of neural tissues (see https://ist.ac.at/en/research/siegert-group/). Leveraging computational tools such as machine learning and topological data analysis, we will
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-term time-lapse imaging to track different keratinocyte populations in zebrafish and high resolution Airy-Scan microscopy to understand cytoskeletal and cell adhesion changes. We will use advanced
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year round Details Molecules containing lanthanide elements are currently of strong interest due to their use in fields such as catalysis, magnets, imaging, battery technologies and ultra-cold chemistry
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societal costs. Recently, computational models based on in vivo microCT images have shown high potential to assess the biomechanical properties of bones. In this project, we will aim to show that microCT
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training in stem cell biology (culture), molecular techniques (qPCR, RNAseq), imaging (confocal microscopy), and genetics (conditional knockout mouse lines). Science Graduate School As a PhD student in one
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perfusion as people age with various comorbidities (hypertension, hypotension, obesity) will preserve oxygen supply to the brain. MRI and two photon imaging are used in animal models to understand
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processes. Your responsibilities will include: Rapid prototype pattern manufacture Production of sand and investment moulds Supporting the melting and pouring processes Finishing of castings, including
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neuronal and glial cultures to model human disease in vitro. You will gain expertise in super-resolution and single-molecule imaging to investigate protein aggregation and clearance at the nanoscale, and in