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Electromagnetic Energy to Transform Surgery

22 March 2021, 12:00 pm–1:30 pm

Image of medical professionals arround a surgery bed, in the background are oscilloscopes from an engineering laboratory.

Chris Hancock, Royal Academy of Engineering Visiting Professor will provide this talk exploring real-life examples of new advanced treatment solutions that are now making a difference to the life of patients all over the world. | This talk is aimed at undergraduate and taught Master Students, it is part of a series of lectures being presented by Professor Hancock as RAEng visiting professor.

This event is free.

Event Information

Open to

All | UCL staff | UCL students

Availability

Yes

Cost

Free

Organiser

Robert Thompson – Institute of Communications and Connected Systems

Lecture recording now available

MediaCentral Widget Placeholderhttps://mediacentral.ucl.ac.uk/Player/09Deec4B

This video was recorded at Professor Hancock's lecture on the 22nd March 2021 - all copyright remains the property of Professor Hancock.

Electromagnetic Energy to Transform Surgery

Real-life examples of new advanced treatment solutions that are now making a difference to the life of patients all over the world

Image of a medical team around a surgery table

This talk looks at a number of nominally and non-invasive energy delivery devices that have been developed to address a range of unmet clinical needs, including treatment of cancerous and non-cancerous nodules in the airways of the lungs using a miniature flexible microwave energy delivery device, a new device that delivers focussed bipolar RF and microwave energy and a new clinical technique for treating early-stage colon cancer, and a focussed high-frequency microwave energy needle device used with endoscopic ultrasound to treat tumours in the pancreas, liver and kidneys. This talk will also consider the utilisation of energy produced at a number of wavelengths within the electromagnetic spectrum for advanced diagnostics as well as therapeutics, where the region of the EM spectrum is chosen to produce energy that provides the optimal tissue affects.

Osciliscopes in an engineering laboratory

This talk is part of a series of lectures being presented by Professor Hancock as RAEng visiting professor. Other talks in the series are:

Oscilloscopes in an engineering laboratory, in the back ground a medical team round a surgical table

Advances in electronics to solve unmet clinical needs

24 March 2021, 12:00 pm–1:30 pm
Chris Hancock, Royal Academy of Engineering Visiting Professor will provide this talk reflecting on the key ingredients required to turn an idea into a successful business that can chance life.

A bulb with the word Patent, in the background a medical team around surgical table

We can all be Innovators and Entrepreneurs

15 March 2021, 12:00 pm–1:30 pm
Chris Hancock, Royal Academy of Engineering Visiting Professor will provide this talk on applying electronic design techniques and harnessing new technology developed for other sectors to treat cancer and other diseases that will Impact all of us one day.


This talk is organised by the Institute of Communications and Connected Systems at UCL, in collaboration with the Institute of Healthcare Engineering as part of a Royal Academy of Engineering visiting professorship.

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Logo - Institute of Healthcare Engineering
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Word Patent in a light bulb

About the Speaker

Professor Chris Hancock

Chief Technology Officer and Founder at Creo Medical Limited

Profile picture of Chris
Chris Hancock received the Ph.D. degree in electronic engineering, working on electronic and microwave circuits,  from Bangor University, Bangor, U.K., in 1996. From 1997 to 2002, he was a Senior Microwave Engineer with Gyrus Medical Ltd. In 2003, he founded MicroOnclogy Ltd.; which is now Creo Medical Limited, a UK based company with a market value close to £350 million. Creomedical developed Chris’s ideas, based on dynamic impedance-matching techniques and integrated RADAR measurement techniques using Ku band energy, for the treatment of tumors.

Creo’s advanced therapeutic energy therapeutic system and miniature instruments have been used now for treatment of patients worldwide for a range of cancers and has transformed the lives of many people – the aim of the company has always been to produce better patient outcomes. In 2009, he was appointed to the chair in Medical Microwave Systems at Bangor University and in 2018 he became a Royal Academy of Engineering Visiting professor at UCL.  In 2019 he was awarded the Institute of Physics Katherine Burr Blodgett Gold Medal and Prize for work on the development of advanced therapeutic energy delivery systems to perform minimally invasive surgery. Chris is a Fellow of the Institute of Physics, a Chartered Physicist, Fellow of the Institute of Engineering and Technology, a Chartered Engineer and a Senior Member of the IEEE. He is a named inventor and lead author on over 1000 patents/patent applications and scholarly publications.