Queen Mary, University of London
Glaxo Institute for Molecular Biology, Geneva two P2X receptors discovered
P2X2 antagonists, rheumatoid and osteo arthritis
Visualising nicotinic receptors and potassium channels
Therapeutic potential of blocking and unblocking potassium channels
Potential treatment for drug-seeking behaviour
Astrocytes and microglia are P2X receptors
Vollum Institute, Portland, Oregon: molecular physiology classifying nerve cells on the basis of channel and receptor expression
Aberdeen University a PhD with Hans Kosterlitz
Searching for the opiate receptor ligand, mid-1970s
Loyola School of Medicine, Illinois, and electrophysiology how opiates act on single nerve cells
Understanding the action of opiates
Exploring P2X4 receptors in the central nervous system
The role of ATP receptors
P2X7 and the release of pro-inflammatory cytokines
P2X receptors as a pain target
PX2 receptors and reverse physiology
Dopaminergic cells and drug-seeking behaviour
Lessons in molecular biology
Whether to study physics or medicine?
Massachusetts Institute of Technology disbelief at our studies of the spinal cord in vitro
Convergence and divergence in transmitter action
Opiate tolerance and dependence
Establishing receptor types on nerve cells
Podchaser is the ultimate destination for podcast data, search, and discovery. Learn More