Joel Lecture 2019: Treating cancer with radiation
14 June 2019, 6:00 pm–10:00 pm
After 100 years do we now know all there is to know about radiotherapy? Can we expect any big steps forward? And if so, where should we focus our efforts? Gary Royle, Professor of Medical Radiation Physics and leader of the Proton Therapy Research Group, will explore these questions.
This event is free.
Event Information
Open to
- All
Availability
- Yes
Cost
- Free
Organiser
-
Lindsay Wright – Medical Physics and Biomedical Engineering07941 294885
Location
-
Darwin Lecture TheatreGower StreetLondonWC1E 6XAUnited Kingdom
With cancer incidence set to impact 1 in 2 people and mortality at around 50% the need for ever more effective and efficient diagnostic and treatment methods is evident. Radiation therapies have long contributed to the rising numbers of cancer survivors and now treat almost half of the UK’s cancer patients. But what more can be done with radiation therapies? After 100 years do we now know all there is to know? Can we expect any big steps forward? If so, where should we focus our efforts? And what role can the physical and engineering sciences play in helping to shape that future?
The Lecture will be followed by a Reception in the South Cloisters (just off the main Quad in Gower Street) from 6.00-9.00 pm.
Gary Royle is Professor of Medical Radiation Physics within the department of Medical Physics and Bioengineering and leads a proton therapy research team. His research interests include the development of imaging and detection techniques for cancer treatments, namely proton therapy and advanced radiotherapy.
About the Speaker
Professor Gary Royle
Professor of Medical Radiation Physics within the UCL Department of Medical Physics and Bioengineering at UCL
Gary Royle is Professor of Medical Radiation Physics within the department of Medical Physics and Bioengineering and leads a proton therapy research team. His research interests include the development of imaging and detection techniques for cancer treatments, namely proton therapy and advanced radiotherapy.