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: This role focuses on advancing single-molecule microfluidic approaches for protein biophysics, bioanalysis, and biosensing. Key tasks include: Development and optimization of single-molecule assays
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Position: This role focuses on advancing single-molecule microfluidic approaches for protein biophysics, bioanalysis, and biosensing. Key tasks include: Development and optimization of single-molecule assays
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Karlsruher Institut für Technologie (KIT) | Karlsruhe, Baden W rttemberg | Germany | about 5 hours ago
responsibilities will include: Development of microfluidic systems for sample preparation, transport, and controlled release of an active substance, e.g., via electroporation Adaptation of the systems for NMR and
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of microfluidic cultivation platforms for co-cultures Live-cell microscopy (including fluorescence, phase contrast and time-lapse) for the analysis of cell interactions. Conducting cultivation experiments with
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Delft, and CryoSilico cryo-EM sample supports from DENS solutions to develop a novel reproducible sample preparation method for cryogenic electron microscopy (cryo-EM). You will fabricate microfluidic
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-pathogen interactions and feedback, using a combination of quantitative imaging, microfluidics, statistical analysis and machine learning tools. A specific focus will be put on discovering biophysical
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of precision fermentation or cell culture - Affinity towards technical tasks and bioprocess control - Advantageous: Experience in mathematic modeling, programming, CAD, microfluidic or bioreactor systems
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the fields of microsystem engineering, microdevices and microfluidics, intelligent systems programming and modeling, autonomous control and computer vision are preferred. The successful candidate should be
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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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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