A scientist holding up a smiling smiley face A scientist holding up a smiling smiley face

Understanding the basic mechanisms and physiology of GPCRs

GPCRs play a crucial role in health and disease and are sought-after targets for new drugs. Hear  how the CLARIOstar can help study these receptors under controlled atmospheric conditions.

Understanding the basic mechanisms and physiology of GPCRs

GPCRs play a crucial role in health and disease and are sought-after targets for new drugs. Hear  how the CLARIOstar can help study these receptors under controlled atmospheric conditions.

  • Company/University: William Harvey Research Institute, Queen Mary University London, UK
  • Interviewee: Dr Peter McCormick (Reader in Molecular Pharmacology)
  • Products used: CLARIOstar
  • Method: GPCR signalling and protein-protein interaction, live-cell kinetic analysis

Peter´s work focusses on understanding the basic mechanisms and physiology of GPCRs, specifically in the context of aging and cancer.

The CLARIOstar microplate reader is used to run a variety of assays mainly focussing on cell signalling and protein-protein interaction studies, adopting fluorescence complementation and luminescence complementation techniques.

The ability to read 384-well or lower plate formats enables the use of a reduced amount of reagents including iPS cells, and the possibility to run screenings.

Kinetic detection of living cells for prolonged times is made possible by the use of the Atmospheric Control Unit.

peter-mccormick-thumbnail
Newsletter Sign-up