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hydrogel-based biomimetic matrices (notably GelMA) to support the generation, maturation and functional optimization of multicellular adipose organoids, and integrate them into microfluidic platforms
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of gels with different swelling responses. Specific tasks include: - Perform experimental work on microfluidics and soft condensed matter. - Analysize data. - Use theoretical models to rationalize data
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, and analysis of multicolor images. - Advanced optical microscopy (nanoscopy) - Image acquisition and analysis - Microfluidics - Fluorescent labeling protocol - Multimodal characterization
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. More information can be found on this website: http://nanobio.tamu.edu Responsibilities: Perform research in microfluidics, lab-on-a-chip, and organ-on-a-chip systems in the NanoBio Systems Laboratory
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, including optical instrumentation, prototype device assembly, sensor characterisation, or microfluidics. Desirable: B1 A PhD in a relevant field (e.g. physics, engineering, applied photonics, or analytical
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vitro and in vivo using methods such as fluorescence microscopy and microfluidic sorting systems. Apply these RNA devices to control gene expression of metabolic pathways and determine improvements in
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lead the development and application of advanced microscopy techniques, microfluidic approaches, and single-cell analysis methods to investigate quiescence at individual cell and population levels. Where
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vitro and in vivo using methods such as fluorescence microscopy and microfluidic sorting systems. Apply these RNA devices to control gene expression of metabolic pathways and determine improvements in
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vitro and in vivo using methods such as fluorescence microscopy and microfluidic sorting systems. Apply these RNA devices to control gene expression of metabolic pathways and determine improvements in
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-PCR/RT-qPCR, and general bacterial genetics techniques. The use of microfluidic devices to analyze gene expression in in vitro grown biofilm communities. Identifying components of innate immunity and