Innovative nanosystems for diagnosis and treatment of colorectal cancer
- NAGACHINTA, SURASA
- María de la Fuente Freire Doktorvater/Doktormutter
- Andre Luxen Doktorvater/Doktormutter
- Rafael López López Co-Doktorvater/Doktormutter
Universität der Verteidigung: Universidade de Santiago de Compostela
Fecha de defensa: 13 von Februar von 2019
- Noemi Stefania Csaba Präsident/in
- Andre Luxen Sekretär/in
- Marcos García Fuentes Vocal
- Géraldine Piel Vocal
- Fernando Herranz Rabanal Vocal
Art: Dissertation
Zusammenfassung
The main goal of this thesis has been the engineering of innovative nanosystems of application in the treatment and molecular diagnosis of colorectal cancer. Sphingomyelin nanoemulsions (SNs) were selected for this purpose, and their composition adapted to mediate and efficient association of oncosuppressor miRNAs for development of anticancer gene therapies able to stop tumor growth and proliferation. Additionally, a procedure for developing 18F-radiolabelled SNs for imaging and diagnosis purposes was optimized, and validated by PET. In conclusion, SNs has been proved to be versatile nanosystems that can be adapted to different medical needs. SNs are efficient nanosystems for the delivery of innovative-targeted gene therapies, and can be successfully radiolabeled allowing whole-body read-outs by PET. Altogether, SNs are a promising platform for therapy and diagnosis of colorectal cancer, and have potential for further development of nanotheranostics.