Sensory Design & Technology United Kingdom

Technology 1
eScent wearable technology
Jenny Tillotson
LinkedIn logo Founder of eScent 

Smiths Medical United Kingdom

Mr Greg Cartwright
LinkedIn logo Business Partner 
Mr Mohammed Khasawneh
R&D Associate 

Suntory United Kingdom

Mr Andrew Kirkwood
LinkedIn logo Innovation Leader 

Team Turquoise United Kingdom

Dr Fotini Markopoulou
LinkedIn logo Director 

The Farr Institute of Health Informatics Research United Kingdom

The UK is fortunate to have a National Health Service rich in data on the health and care of 65 million people. This provides unparalleled opportunities for harnessing electronic health records in discovery science and the evolution of population-based health systems. It is an exciting, innovative and ambitious time for health informatics in the UK and The Farr Institute is proud to be a part of the UK’s vision to become a global leader in the data driven improvements in public health and patient care.

Funded by the Medical Research Council and nine other funders, The Farr Institute is comprised of twenty four UK academic institutions, two MRC units and public bodies such as Public Health England, Public Health Wales and NHS National Services Scotland. Together they form a national research collaboration led by four regional centres; Farr Institute @ CIPHER, Farr Institute @ HeRC, Farr Institute @ London and Farr Institute @ Scotland. Conducting cutting-edge research with electronic health data linked from multiple sources, the Institute is committed to building capacity in health informatics research and supporting infrastructure that enables the safe and trusted sharing of data for patient benefit.

Ms Cherry Martin
LinkedIn logo Communications Manager 
Ms Georgina Evans
Industry Engagement Manager 

The University of Nottingham United Kingdom

Technology 1
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Dr Adrian Hill
Corporate Partnerships Senior Executive - Health & Pharma 

UK Innovation Forum United Kingdom

Dr Gerald Law
Chief Exec 

UKIF United Kingdom

Mr Christopher Orphanides
Membership Manager 

University Hospitals of Leicester NHS trust United Kingdom

Technology 1
Delivery Appartus: 4) The procedure is likely to be quicker, and there is the potential to reduce infections as there is a reduction in steps and no guide wire. Our Delivery Apparatus will also design out the possibility of ‘never events’ such as guide wire loss and over-insertion of the guide wire.
Mrs Rita Patel
Contracts & Innovation manager 

University of Exeter United Kingdom

Miss Michelle Spillar
Business Development Officer