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  • Catalyst-free nanostructure growth can be driven by crystal defects

    • Gavin Armstrong
    Research Highlights
  • Peptides that mimic how viruses attach to cells are shown to self-associate before rupturing model cell-membrane surfaces

    • Gavin Armstrong
    Research Highlights
  • Hydrogels that are crosslinked by DNA aptamers are triggered to release their cargo in the presence of specific target molecules

    • Stephen Davey
    Research Highlights
  • A judicious choice of sequences of aromatic amino acid monomers can create three-dimensional structures able to entrap specific guest molecules

    • Jane Morris
    Research Highlights
  • Buckyballs act just like giant atoms, complete with s, p and d orbitals that are bound to the sphere's hollow centre

    • Neil Withers
    Research Highlights
  • Discrete complexes comprising stacks of up to nine aromatic molecules can be assembled in one step from a few simple building blocks

    • Stuart Cantrill
    Research Highlights
  • Hiding a potent, but insoluble, anticancer drug inside a cage complex represents a new approach to the use of inorganic chemotherapeutics

    • Stephen Davey
    Research Highlights
  • Indole alkaloids extracted from closely related fungi lead to questions about how their biochemical pathways have evolved

    • Stephen Davey
    Research Highlights
  • Subsurface carbon and hydrogen have an important role in selective palladium-catalysed alkyne hydrogenation

    • Gavin Armstrong
    Research Highlights
  • Scanning transmission electron tomography is used to create 3D images of active sites in nanoscale catalysts

    • Neil Withers
    Research Highlights