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. This role focuses on the automation of microscopy acquisition protocols, contributing to the development of high-throughput platforms combining electron microscopy and artificial intelligence. PeCATHS is
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of microscopy acquisition protocols, contributing to the development of high-throughput platforms combining electron microscopy and artificial intelligence. PeCATHS is committed to develop an integrated long-term
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characterization techniques (e.g. Raman, AFM, SEM, TGA, dynamic light scattering, spectrophotometry, electron microscopy, XPS, HPLC) Conduct biophysical studies to evaluate the diffusion, adhesion and interaction
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characterization techniques (e.g. Raman, AFM, SEM, TGA, dynamic light scattering, spectrophotometry, electron microscopy, XPS, HPLC) Conduct biophysical studies to evaluate the diffusion, adhesion and interaction
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hypervelocity impacts. The work will involve: Chemical, thermal, and microstructural characterization using differential scanning calorimetry, thermogravimetry, burning tests, optical and electron microscopy, and
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their performance using microplate reader measurements, flow cytometry and fluorescence microscopy, among other techniques. After building and characterizing prototype circuits, you will fine-tune them and connect
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studied by advanced fluorescence and electron microscopy HÖPFLER LAB Gene regulation |Protein Synthesis | RNA Biology & Decay | Microtubules |In Vitro Reconstitution Our Research The “Dynamics of protein
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project is to develop new biophysical tools based Atomic Force Microscope combined with TIRF microscopy for the study of nucleic acids and proteins interactions at the single-molecule level. Where to apply
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carbon-based nanomaterials in UHV. Investigation of their structural, electronic and magnetic properties by STM, STS and nc-AFM. Exploring reactivity under different chemical environments. Decoupling
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for biomedical applications. Characterization of the materials generated with a wide range of spectroscopy and microscopy techniques, and other physicochemical tools. Using ultrasound-induced materials synthesis