Rose Bengal is a promising anticancer agent with proven cytotoxicity against several cell lines. Still, its high water solubility and poor lipophilic tendency hinder its therapeutic efficiency. Thus, the current PhD thesis focused on the project, development and characterisation of advanced Rose Bengal delivery systems for local and systemic cancer therapy. Rose Bengal was mainly investigated to manage melanoma cancer following skin administration routes. Rose Bengal was formulated in liposome-like vesicles, and their permeation through the skin was enhanced by the mean of the microneedle technique. Lastly, Rose Bengal was included in a 3D-printed implantable device to provide a long-term delivery for in situ cancer therapy.

Rose Bengal is a promising anticancer agent with proven cytotoxicity against several cell lines. Still, its high water solubility and poor lipophilic tendency hinder its therapeutic efficiency. Thus, the current PhD thesis focused on the project, development and characterisation of advanced Rose Bengal delivery systems for local and systemic cancer therapy. Rose Bengal was mainly investigated to manage melanoma cancer following skin administration routes. Rose Bengal was formulated in liposome-like vesicles, and their permeation through the skin was enhanced by the mean of the microneedle technique. Lastly, Rose Bengal was included in a 3D-printed implantable device to provide a long-term delivery for in situ cancer therapy

Advanced Rose Bengal Delivery Systems for the local and systemic management of cancer.

DEMARTIS, Sara
2023

Abstract

Rose Bengal is a promising anticancer agent with proven cytotoxicity against several cell lines. Still, its high water solubility and poor lipophilic tendency hinder its therapeutic efficiency. Thus, the current PhD thesis focused on the project, development and characterisation of advanced Rose Bengal delivery systems for local and systemic cancer therapy. Rose Bengal was mainly investigated to manage melanoma cancer following skin administration routes. Rose Bengal was formulated in liposome-like vesicles, and their permeation through the skin was enhanced by the mean of the microneedle technique. Lastly, Rose Bengal was included in a 3D-printed implantable device to provide a long-term delivery for in situ cancer therapy.
19-apr-2023
Inglese
Rose Bengal is a promising anticancer agent with proven cytotoxicity against several cell lines. Still, its high water solubility and poor lipophilic tendency hinder its therapeutic efficiency. Thus, the current PhD thesis focused on the project, development and characterisation of advanced Rose Bengal delivery systems for local and systemic cancer therapy. Rose Bengal was mainly investigated to manage melanoma cancer following skin administration routes. Rose Bengal was formulated in liposome-like vesicles, and their permeation through the skin was enhanced by the mean of the microneedle technique. Lastly, Rose Bengal was included in a 3D-printed implantable device to provide a long-term delivery for in situ cancer therapy
Rose Bengal; Melanoma; Transfersomes; Microneedles; 3D-printed implants
GAVINI, Elisabetta
Università degli studi di Sassari
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/87846
Il codice NBN di questa tesi è URN:NBN:IT:UNISS-87846