Our cells are complex systems of interconnected structures and processes that work together to maintain life. Scientists have long been fascinated by how cells coordinate these complex interactions to drive fundamental life processes. By understanding this cellular complexity, we not only gain insight into the mechanisms of life but also unlock possibilities for developing new technologies to mimic or control these processes.
Inspired by Nature, researchers have looked to build synthetic nanostructures to replicate key cellular behaviours. These synthetic systems open doors to advancing therapeutic delivery, enhancing our grasp of biological organisation, and providing innovative tools for biotechnology.
The Rho group is focused on the development of self-assembled polymers that mimic selected complex cellular behaviours, with the goal of optimising synthetic systems for therapeutic delivery (e.g. drug or gene delivery systems). By mimicking key cellular functions, such as targeted transport, protection of biomolecules, and controlled release, our research explores how polymer-based nanomaterials can be tailored to improve the precision and efficacy of a variety of biological applications ranging from immune engineering to cancer therapeutics.
Rho Research Group 