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the synergistic effects between adjacent metal sites, are not yet well‐developped.3 These atomically precise LNCs exhibiting monodispersed sizes and accurately characterized structures are promising catalysts due
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resolution, reduced electronic noise, and the ability to separate materials based on their energy-dependent attenuation. These capabilities enable selective detection of contrast agents incorporating elements
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culture models; cell isolation from tissues. • Immunology techniques: ELISA/MSD assays; multiparametric spectral flow cytometry. • In situ analysis techniques: Immunohistochemistry (IHC
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chemistry approaches, since it is suitable for mixture analysis and mass spectrometry detection allows for the identification of molecules of interest. Development of new assays that would be adapted
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and quantitative experimentation. Experience (or motivation) in drying processes, thermal analysis (DSC/Tg), water activity/sorption, particle characterisation, microscopy and statistical modelling (DoE
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the capabilities unlocked by the instrumental developments, the candidate will investigate biological systems including lipidic membranes, bacteria, and biological tissues [4]. Various surface analysis techniques
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thickness (maximum thickness of a few nanometers). An important part of the thesis work will make use of numerous surface analysis techniques (microscopies (AFM, SEM, fluorescence), spectroscopies (EPMA, ToF