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Azide-Functionalized Nanoparticles as Quantized Building Block for the Design of Soft-Soft Fluorescent Polystyrene Core-PAMAM Shell Nanostructures

Baczko, K; Fensterbank, H; Berini, B; Bordage, N; Clavier, G; Meallet-Renault, R; Larpent, C; Allard, E JOURNAL OF POLYMER SCIENCE PART A-POLYMER CHEMISTRY 2016, 14, 115-126.

Références :

JOURNAL OF POLYMER SCIENCE PART A-POLYMER CHEMISTRY 2016, 14, 115-126.

Auteur(s) : 

Baczko, K; Fensterbank, H; Berini, B; Bordage, N; Clavier, G; Meallet-Renault, R; Larpent, C; Allard, E

This work deals with the covalent coupling of azide-functionalized polymeric nanoparticles as a reactive core and amino-terminated PAMAM dendrons as a reactive shell. The nanoassemblies thereby obtained could be modified after the dendronization step by grafting an alkynyl Bodipy dye on the unreacted azide moieties. Only a few steps are required to attain nanoassemblies that could mimic dendrimers of high generation with sizes of nano-objects beyond those of dendrimers. The structure of the nanoassemblies are composed of a polystyrene core, an inner shell including the Bodipy dyes along with the internal branches of the PAMAM, and the terminal amino groups from the outer shell. The dendritic shell acts as a protective layer that prevents NP from aggregation in a surfactant free aqueous solution. The nano-objects display absorption and emission maxima above 500 nm with brightness that are the same order of magnitude than Qdots.

Illustration Article Baczko
Type :
Publication
Dates :
Paru le 1 janvier 2016
Informations complémentaires :
DOI: 10.1002/pola.27772

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