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- W4254352897 abstract "Following the demand for novel techniques for breast cancer therapy, the experimental development of liposome delivery systems is moving rapidly. There is, however, no clear concept or road map for designing the unique formulation of the liposome for breast cancer. Most papers select targeting and triggering modalities based on molecular subtypes of the tumor and existing conventional therapy. Although conventional liposome-formulated chemotherapeutic drugs have been widely used in clinical practice in the treatment of breast cancer, clinical acceptance of these innovative liposome formulations poses some hurdles. When synthesizing such liposomes, the triggering mechanisms must be further investigated. For example, for light-triggered liposomes, the phospholipid component must be selected depending on photo-induced processes. Unsaturated phospholipids would be used when using a photochemical pathway, such as a photo-oxidative reaction. In addition, the active components in the triggerable liposome formulation must be modified to balance healthy tissue benefits and dangers.From the perspective of therapeutic applications, future development of liposome technology will help long-term breast cancer patients. Many studies have demonstrated that various drug-charged liposome architectures can minimize cardiotoxicity, address drug resistance, and improve overall drug release profiles. These liposomes also present opportunities for site-specific therapy by modifying the liposome surface with targeted ligands, lowering non-specific effects of traditional chemotherapeutic drugs. The new generation of triggering characteristics of liposomes enables much more precise management of payload release, greatly enhancing therapy outcomes for breast cancer patients. Liposome formulations can widen the spectrum of drug/gene delivery possibilities for breast cancer therapy, addressing critical medication toxicity concerns and limited therapeutic effectiveness." @default.
- W4254352897 created "2022-05-12" @default.
- W4254352897 creator A5016938750 @default.
- W4254352897 date "2021-06-13" @default.
- W4254352897 modified "2023-10-14" @default.
- W4254352897 title "Liposomes can minimize cardiotoxicity, address drug resistance, and improve overall drug release profiles in breast cancer" @default.
- W4254352897 doi "https://doi.org/10.31219/osf.io/tn56d" @default.
- W4254352897 hasPublicationYear "2021" @default.
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