Curing Unhappiness

Jonathan Flint

Co-Director, James Martin 21st Century School, Programme for Mind and the Machine, University of Oxford, United Kingdom

"Understanding how brains produce emotions and behaviours will provide clues to the biological basis of common disorders such as depression and anxiety." Jonathan Flint

Full bio, links and summary
"Understanding how brains produce emotions and behaviours will provide clues to the biological basis of common disorders such as depression and anxiety." Jonathan Flint Full bio, links and summary
Jonathan Flint

Jonathan Flint

Co-Director, James Martin 21st Century School, Programme for Mind and the Machine, University of Oxford

Speaker

Jonathan Flint is the Co-Director, James Martin 21st Century School, Programme for Mind and the Machine. He graduated in Medicine from University of Oxford in 1988 and went on to work at the John Radcliffe Hospital, Maudsley and Bethlam Hospitals and Great Ormond Street Hospital. He studied molecular genetics at the Institute of Molecular Medicine, and earned an MRC Psychiatry at the University of Oxford, in 1993. He has had numerous awards including: Wellcome Trust Career Development Fellow, Institute of Molecular Medicine; 1998-2007, Wellcome Trust Senior Clinical Fellow, then since 2007, Wellcome Trust Principal Fellow, Wellcome Trust Centre for Human Genetics. Wellcome Trust Principal Fellow and Honorary Consultant Psychiatrist; Michael Davys Professor of Neuroscience.   

Presentation Summary

The World Health Organization has identified depression as the potential cause of a major health crisis in terms of impact on population health, quality of life and susceptibility to other diseases. Understanding the biological basis of common disorders such as depression and anxiety is a starting point for developing effective therapies. Research suggests that behaviours and emotions are produced at the basic as at level of brain circuitry and that when problems arise they are problems of brain activity. This has been verified with a study of the brains of flies. By modifying the genetic code of a fly’s brain, its movement can be controlled remotely using a light stimulus. The next step is to use this knowledge to gain insights into how brain circuitry works and how the findings may translate to the human brain. The goal is to better understanding what goes wrong with the brain in the case of mental illness.