
- CB1 Allosteric Enhancers
- CB1 Allosteric Inhibitors
- GPR55 Antagonists
- A Novel Target for Diastolic Heart Failure
- Novel Fungal Diagnostics and Therapeutics
- CB1 Receptor PET Ligands
- Rheumatoid Arthritis
- Antifungal Agents: chitin synthase inhibitors
- A Novel Treatment for Hypertension
- PET Tracers for Alzheimer's Disease
- Insulin Gene Therapy
- HIV Entry Inhibitors
- A Novel Target for Prostate Cancer
- A Novel Anthelmintic Target
- Neuroprotective Agents
- Hypothalamic Receptors for Metabolic Health
- SBF: Delivery of drugs across the BBB using shark VNAR biotools
- 18F-FDR as a New Powerful Radiolabelling Agent for PET
- PET Tracers for Hypoxia
- Angiogenesis Tracers
- Development of PET Tracers for Membrane Transporters
- A Novel Retinoid Pathway
A Novel Retinoid Pathway
The retinoid system plays a major role in cell differentiation and proliferation, and thus is an important target for the treatment of cancer. However, therapeutic use has thus far been limited by toxicity. In recent years it has become apparent that a number of the retinoid-induced effects are in fact mediated by a pathway not related to the classical nuclear receptor. We have set up a high-throughput screen which will allow us to contrast the structural characteristics of retinoids which act only via the classical pathway, and those which also act upon this novel pathway. Study of the pharmacology of these two broad classes of compounds will allow us to define the activity and therapeutic potential of each pathway. This will facilitate the design of selective ligands as novel drugs, with potential in the treatment of cancer, skin disorders and metabolic syndrome.
Project Team: Professor Peter McCaffery, Professor Ruth Ross, Dr Iain Greig
University of Aberdeen
King's College
Aberdeen
AB24 3FX
