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
Miss Michelle Spillar
Business Development Officer
University of Hertfordshire
Technology 1
Smart Systems
Mr David Allen
Business Development Manager
Mr Johann Siau
Senior Lecturer
Mr Al Lalani
Research Engineer
University of Hertfordshire
Technology 1
Smart System
Mrs Brenda Reed
Administrator
University of Nottingham
Technology 1
Food Science
Technology 2
Sensory
Technology 3
Flavour
Technology 4
Processing
Mr Amreesh Mishra
Corporate Partnerships Senior Executive
University of Salford
Mr Blake Prime
IP Manager
University of Surrey
Technology 1
Pattern recognition software for diagnosing early-stage sepsis from a blood pressure, pulse ox or ECG signal
Technology 2
Pattern recognition software for automatic detection of arrhythmias in large datasets
Technology 3
An accurate algorithm for calculating heart rate from low quality cardiovascular data
Technology 4
A technique for visualising changes in the variability of the cardiovascular system in real time as a 'cardiomorph'.
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