The Heterosis Projects
Embracing hybridity and promoting heterosis across and between the Labs, cultures, disciplines and forms of knowledge within ART LABS.
Embracing hybridity and promoting heterosis across and between the Labs, cultures, disciplines and forms of knowledge within ART LABS.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about formulation and delivery of natural products including the use of nanoparticles for drug delivery of natural products.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about about the discovery and production of antibiotics and other bioactive molecules from microbial sources, and assessment of antimicrobial mechanism of actions.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about incorporating instrumental methods development and new applications of existing instrumental methods to address natural products research.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out more about total or partial synthesis of natural products.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about investigating natural products and their toxicity, particularly in their ability to cause toxicity to cancer cells in an effort to identify new potential cancer chemotherapeutic leads.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out more about the biological effects of natural products and the cellular and molecular mechanisms underlying the observed effects, in order to develop novel drug leads for a range of disease conditions
The Galaxy Formation and Evolution Research Group looks at population studies of dwarf galaxies up to the most massive clusters of galaxies, supermassive black holes and detailed modelling of the internal structure of galaxies. Discover more about our expertise, who we work with and meet the researchers.
Within the time domain astrophysics research group, we are involved in major observational survey projects. We work on a variety of explosive transients, including galactic and extragalactic novae, type la supernovae, core collapse supernovae, and gamma rays bursts. The Liverpool Telescope is the workhorse of the group. Find out more about our research.
The Astronomical Technology Group is interested in optical and near-IR observations and the technology that facilitates them. Activities of the group include the operation of the robotic Liverpool Telescope and the development of its 4 metre successor.