Multiscale study of magnetic nanovectors - Maraloiu, Valentin-Adrian; Blanchin, Marie-Genevieve
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As applications of nanotechnologies for life and health sciences get booming, magnetic nanovectors undergo a considerable development. Most of the time, such nanovectors are administered to the patients in liquid suspensions by intravenous injection. It is thus crucial to characterize both the collective behaviour and the individual structure of the vectors in liquid suspension. On the other hand their interactions with the targeted regions in the body have to be understood. For this purposes, a multiscale approach of the structure and properties of such nanovectors has been developed, with…mehr

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Produktbeschreibung
As applications of nanotechnologies for life and health sciences get booming, magnetic nanovectors undergo a considerable development. Most of the time, such nanovectors are administered to the patients in liquid suspensions by intravenous injection. It is thus crucial to characterize both the collective behaviour and the individual structure of the vectors in liquid suspension. On the other hand their interactions with the targeted regions in the body have to be understood. For this purposes, a multiscale approach of the structure and properties of such nanovectors has been developed, with structural studies carried out through innovative developments based on electron microscopies down to subnanometric resolution and correlated with physical properties.
Autorenporträt
Valentin-Adrian Maraloiu, PhD: Received PhD in Physics in 2010 from Claude-Bernard University Lyon1. Currently, researcher at National Institute of Materials Physics (Magurele, Romania). His main research interest is the interaction of nanoparticles with biological environment.