PLGA nanoparticles in loading trans-cinnamic acid : vimarsan

To design & optimize trans-cinnamic acid loaded PLGA nanoparticles & assess its inhibitory effect on epithelial-mesenchymal transition triple-negative BC.

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United States , Germany , Japan , Tokyo , United Kingdom , Denmark , Egypt , Malvern , Worcestershire , China , Osterode Am Harz , Niedersachsen , Switzerland , Chinese , American , British , Egyptian , Swiss , Tukey Kramer , Laborzentrifugen Gmb , Laboratory Animals , British University , Drug Administration , Leica , Egyptian International Pharmaceutical Industries Co , Graphpad Software , European Medicine Agency , Santa Cruz Biotechnology Inc , Us National Institutes Of Health , Ethics Committee Of The Faculty Pharmacy , Fisher Scientific , Experimental Range , Independent Variables , Observed Responses , Efficiency Determination , Sigma Laborzentrifugen Gmbh , Polydispersity Index , Zeta Potential , Malvern Instruments , Space Optimization , Electron Microscopy , American Type Culture Collection , Modified Eagle Medium , Gibco United States , Graphpad Prism , Ethics Committee , Santa Cruz Biotechnology , Santa Cruz , N Cadherin Levels , Assay Kit , Thermo Fisher Scientific , Formulation Factors , Triple Negative Breast Cancer ,