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organisms at the single-cell level. To do this, you will use a microscope-based saturation pulse method developed by our research group (similar to PAM fluorometry) within a microfluidic system. In
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an experimental protocol to measure biological division noise in adherent cancer cells through the development of ad hoc microfluidic systems. Where to apply Website https://www.xup-phys.cloud
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, concentration, microfluidic confinement); quantification of isoform distributions; non-conventional large-area patterning of isoforms; functionalization of electrodes for recognition of isoforms and
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strength, concentration, microfluidic confinement); quantification of isoform distributions; non-conventional large-area patterning of isoforms; AFM microscopy, confocal fluorescence microscopy, electrical
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nanoparticle suspensions close to their plasmonic resonance by means of the z-scan technique. The measurements will be carried out in both unconfined conditions and in microfluidic structures. The
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, biochemistry, and clinical applications. Implement and maintain specialized microfluidic devices. Research & Development • Conduct research to design novel microfluidic and biotechnological developments
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analytical tools (electron microscopy, nanosondes, microfluidic sorting, etc.) enhanced by AI. These include innovative methodologies developed at NABI and within the industrial integrator IVETh—a technology
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of organic-based nanoparticles to serve as active, targeted therapeutic carriers. Microfluidic Fabrication & Scale-Up: Design and implement microfluidic-based fabrication processes for nanoparticle
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confinement modify instability thresholds. The goal is to build a unified theoretical framework for controlling emergent patterns, with applications in confined biological systems and active microfluidic
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project will include the development of microfluidic methodologies for producing lipid nanoparticles containing nucleic acids and characterized by internal phase separation, intended for gene delivery