Synthesis of Core-Shell Nanostructures for the Transport of Biological Matter in Microfluidic Devices
Abstract:
This project will provide unique opportunities for students across different departments to combine theoretical and experimental skills toward the fabrication of core-shell nanostructures that are expected to be employed as agents/carriers of biological samples, including human blood samples or drugs. We will investigate novel electrospraying synthesis routes to produce polymeric nanostructures and learn diverse analytical techniques to characterize the nanomaterials produced in the lab. Challenges include an effective synthesis of a fully biocompatible and hydrophilic core, combined with a superhydrophobic outer shell with well-defined diffusive properties to allow release and delivery of the biological substance at the target location.