He will defend his doctoral thesis “Microfluidic Production and Characterization of Liposomes Toward Localized Payload Release” to obtain the degree of Doctor of Philosophy (Technology).
💊 Mart’s research focuses on advancing drug delivery technologies through microfluidics. Liposomes—nanoscale lipid vesicles—are widely used as carriers for therapeutic compounds due to their biocompatibility and versatility. However, conventional production methods often lack precise control over their size, structure, and encapsulation efficiency.
In his doctoral work, Mart explores microfluidic approaches for the controlled production and characterization of liposomes. His research demonstrates how finely tuned microfluidic systems enable reproducible fabrication of liposomes with tailored properties, supporting more efficient and localized payload release. By improving control over these delivery systems, this work contributes to the development of more targeted and effective therapies with reduced side effects.