Associate ProfessorShelley Wickham

A Comparison Study on a Cross-Boundary Cyberbullying: taking Rockdale Case Series as an Example

A high-throughput methodology to engineer chimeric cell-penetrating encapsulins

Advancing Healthcare through Molecular Nanobots: A Comprehensive Investigation

Design and Investigation of Dynamic DNA Nanostructures

Development of DBHS-binding peptidomimetics for targeting telomerase-active cancers

DNA barrel nanostructure - a programmable building block for hierarchical self-assembly

DNA origami-based programmable nanosuperstructures for multi-synergistic theranostics

Dynamic Biomolecular Nanomaterials with Optical and Magnetic Functions

Engineering DNA origami nanopores: From structural dynamics to selective molecular transport

How Pore Structure Affects the Stability and Function of Protein Cages

Integrating Functional RNA with Programmable DNA Nanostructures: Assembly Functional Enhancement and Biomolecular Interactions

Investigate multifunctionality of DNA origami, a dynamic biomolecular nanomaterial.

Lipid-interacting switchable DNA origami nanostructures

Optimising DNA Origami Immobilisation on Microplates to Enable Studies of Thrombin Localisation in Coagulation

Peptide-Guided Fragment-Based Discovery of Inhibitors for Protein-Protein Interactions

Regarding the Stability and Permeability of Engineered Encapsulins

Signal-Responsive DNA Origami for Targeted Cataract mRNA Delivery

Synthesis and Investigation of Multi-Phase DNA Microspheres