Paolo Decuzzi

This study shows that methyl palmitate nanoparticles enhance tumor perfusion and nanomedicine delivery by inducing vasodilation and reducing phagocytosis.

This study identifies synergistic microRNAs that suppress glioblastoma progression by targeting key pathways and genes associated with tumor growth and poor prognosis.

This study investigates how the surface area-to-volume ratio of micropatterned polymeric films affects their biodegradation rates, showing that higher ratios lead to slower degradation.

This study optimizes PLGA microparticle fabrication by adjusting polymer content and cleaning steps, finding lower PLGA content improves yield, encapsulation, and controlled drug release.