, rait permettre en outre de mesurer les viscosités locales dans les 3 dimensions de l'espace, en implémentant la méthode d'imagerie SELFI (SELF-Interference) développée au sein du groupe basée sur l'auto-interférence du signal de luminescence, vol.115
ECS de cerveaux ou d'autres organes comme par exemple 1) durant la morphogénèse ou 2) au cours de l'évolution de certaines maladies dans lesquelles l'espace extra-cellulaire joue un rôle important ou 3) à la suite de l'administration de médicaments. Il pourrait particulièrement être utile pour étudier les modifications de l'ECS lors de la formation des tumeurs, L'ensemble des travaux présentés dans cette thèse et en particulier l'analyse de la diffusion "anormale" instantanée des nanotubes individuels luminescents pourrait être appliquée à différents systèmes pour détecter des changements structurels et/ou de compositions du fluide contenu dans l ,
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