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the cleanroom and bio-labs, on a wide variety of tools and projects. Familiarity with microfluidic device design and fabrication a plus. Additional Information Standard Hours/Schedule: 35 hours per
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biomaterials • Experience with microfluidic technologies, bioprinting, volumetric bioprinting, or other advanced biofabrication techniques. • Experience encapsulating and culturing primary human cells
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microscopy, equivalent label-free optical microscopy methods. B3. Experience with microfluidic device design and fabrication for control of fluid interfaces, protein concentration, bilayer formation. B4
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scattering microscopy, or equivalent label-free optical microscopy methods. B3. Experience with microfluidic device design and fabrication for control of fluid interfaces, protein concentration, bilayer
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preparation of different samples on a single EM grid. To this end, we propose to integrate microfluidic encapsulation of microbes with jet vitrification and (correlative) cryoFIB/ET imaging. The resulting
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-driven network-scale effects and refine rubber elasticity models for dynamic networks. Complementary studies of non-linear flow behavior using shear rheometry and microfluidic flow cells will provide
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preparation of different samples on a single EM grid. To this end, we propose to integrate microfluidic encapsulation of microbes with jet vitrification and (correlative) cryoFIB/ET imaging. The resulting
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, flow meters, and microfluidic reactors to conduct experiments to study model gas mixtures containing hydrogen isotopes using mass spectrometry. Understand fundamental separation principles and have
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modification, MEMS or microfluidic device assembly. Demonstrated ability to design, execute, troubleshoot and analyse complex in vitro and/or ex vivo studies using appropriate controls, quantitative
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fields Hands-on experience with carrier characterization techniques (e.g., dynamic light scattering, zeta potential, HPLC, electron microscopy) Microfluidic synthesis/purification expertise Knowledge of