Development of microfluidic and low-energy emulsification methods for the production of monodisperse morphologically-complex nanocarriers : application to drug and contrast agent encapsulation / Développement de méthodes d’émulsification microfluidique et basse énergie pour la production de nanovecteurs monodisperses de morphologies complexes : application à l’encapsulation d’un principe actif ou d’un agent de contraste
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📑 Trích dẫn đầy đủ (citation)
APA-like:
Tác giả chưa xác định. Development of microfluidic and low-energy emulsification methods for the production of monodisperse morphologically-complex nanocarriers : application to drug and contrast agent encapsulation / Développement de méthodes d’émulsification microfluidique et basse énergie pour la production de nanovecteurs monodisperses de morphologies complexes : application à l’encapsulation d’un principe actif ou d’un agent de contraste. Thesis, HAL - Pháp.
Việt Nam (chuẩn TCVN 5453:1991):
. Development of microfluidic and low-energy emulsification methods for the production of monodisperse morphologically-complex nanocarriers : application to drug and contrast agent encapsulation / Développement de méthodes d’émulsification microfluidique et basse énergie pour la production de nanovecteurs monodisperses de morphologies complexes : application à l’encapsulation d’un principe actif ou d’un agent de contraste. Thesis. HAL - Pháp. Truy cập từ .
Tóm tắt
The aim of this work was to develop and apply advanced technologies in mixing and emulsification for the preparation of morphologically-complex nanocarriers for potential uses in pharmaceutics. Firstly, a micromixer- assisted nanoprecipitation process was used to get and to easily tune the size of Ketoprofen-loaded PMMA nanoparticles (100-200 nm). Combined with a commercial spray dryer, dry-state drug-loaded polymeric nanoparticles (NPs), which main physicochemical properties were close to those...