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use biophysical tools combined with cell-free protein synthesis. A microfluidics system with freestanding lipid bilayers will enable the electrical monitoring of ion channels while a mechanical load is
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principles that regulate host-pathogen interactions and feedback, using a combination of quantitative imaging, microfluidics, statistical analysis and machine learning tools. A specific focus will be put
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in iron and sulfur geochemistry. Experience with flow NMR, microfluidics, or continuous-flow chemical systems. Experience with organic synthesis. Has taught and/or mentored students and junior
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could take drugs right up to cancerous cells. This project offers hands-on training in cutting-edge techniques, including fluorescence microscopy, microfluidics, and biomolecular encapsulation. You will
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project that will use biophysical tools combined with cell-free protein synthesis. A microfluidics system with freestanding lipid bilayers will enable the electrical monitoring of ion channels while a
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well as computational analysis to uncover biophysical principles that regulate host-pathogen interactions and feedback, using a combination of quantitative imaging, microfluidics, statistical analysis and machine
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microfluidic fabrication and experiments 3D printing machine learning. Demonstrated programming skills (Matlab, C++, or Python). Desired Demonstrated ability to work independently and to formulate and tackle
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tools in heat and mass transfer, microfluidics, thermodynamics, bioengineering, micro/nanotechnology, and computational modeling. We are passionate about developing novel translational platform
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is beneficial but not required: fluorescence microscopy (mammalian) cell culture nanoparticle characterisation nanoparticle preparation (using microfluidics). We offer you, following the Collective
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research at the intersection of hydrodynamics and soft matter physics? Are you excited about using a multifaceted approach combining advanced microscopy techniques, microfluidics, colloidal synthesis, and