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on developing a microfluidic technology for loading molecules and nanoparticles into red blood cells ex vivo, with the goal of leveraging red blood cells as a biocompatible drug depot for extended release. The
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Postdoctoral researcher position. Mechanobiology in bioengineered neurodevelopment. Laboratory of...
is highly interdisciplinary, seeking to establish a fundamental understanding of neurodevelopmental mechanisms while generating novel technologies and experimental tools (eg. microfluidics, synthetic
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on developing a microfluidic technology for loading molecules and nanoparticles into red blood cells ex vivo, with the goal of leveraging red blood cells as a biocompatible drug depot for extended release. The
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work is to identify new therapeutic targets that can inform drug development for ALS/FTD. Laboratory work will involve differentiations of human iPSCs to motor neurons, developing microfluidic and
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microfluidics channels experimentally. The particle dynamics under solute concentration gradient will be analyzed and new methods of manipulating particles in complex geometries will be developed. Application
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space and time: with help of microfluidic soil chips and an advanced access system for microscopy and spectroscopy we will access natural soil microbial communities to answer questions about their
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., for quantum computing, microfluidics, or conventional circuits and systems. Our focus on interdisciplinary partnerships and networks will enable you to meet many interesting people (at places all over the world
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microfluidic technology In vivo expertise recommended Experience with cell culture techniques including primary endothelial cells Experience in expression and purification of proteins Experience with molecular
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will perform basic research on diffusiophoresis in microfluidics channels experimentally. The particle dynamics under solute concentration gradient will be analyzed and new methods of manipulating
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these change in the context of chromatin or obstacles on the DNA. To do so, you will design and employ novel biophysical instrumentation (e.g. optical tweezers, single-molecule fluorescence, microfluidics, cryo