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Search the SBRI Healthcare and NHS Cancer Programme Innovation Open call portfolio.
If you would like further information on any of the companies listed in the Directory please contact the SBRI Healthcare PMO by email sbri@lgcgroup.com or tel: +44 20 8843 8125.
We would be happy to make introductions to the companies or provide any further feedback you require.
At a glance
Directory search results
University of Central Lancashire
Project | My-Pad – My pre-void alerting device |
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Description |
The University of Lancashire’s project focused on reaching a proof of concept stage for a new form of intelligent alarm system that is able to detect the likelihood of wetting (at the pre-void stage) and thereby minimise childhood episodes of nocturnal enuresis. |
Funding | £ 83,333 |
Competition | Competition 7 - Child and Maternal Health |
Competition Date | May 2014 |
Health Innovation Network Partner | North West Coast AHSN |
Digital Creativity in Disability
Project | WarnDry – novel enuresis alarm |
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Description |
Digital Creativity in Disability is developing a novel enuresis alarm, WarnDry that predicts enuresis as well as providing a package integrating sensors, processors and a mobile application. It is intended the product will learn and be able to predict from a body of collected data patterns of behaviour that occur before an incidence of nocturnal enuresis. |
Funding | £ 714,488 |
Competition | Competition 7 - Child and Maternal Health |
Competition Date | May 2014 |
Categories | Social care |
Health Innovation Network Partner | North West Coast AHSN |
Website | http://digitalcredis.co.uk/ |
Biosensors
Project | Investigating the use of miniature, wireless and disposable transdermal sensors to measure levels of various bio-chemical markers in a patient’s blood, without using invasive procedures |
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Description |
BioSensors is a joint venture company of Liverpool John Moores University and Med ePad Ltd. The company is developing the BioSensor Array, which is proposed to be a flexible sensor pad designed to be attached to a patient in order to wirelessly transmit regular estimates of a range of blood biovariables. These estimates will be obtained indirectly by means of non-invasive transdermal electromagnetic wave detection rather than requiring the use of blood sampling which in small babies carries a risk of infection, bruising and pain. |
Funding | £ 791,321 |
Competition | Competition 7 - Child and Maternal Health |
Competition Date | May 2014 |
Categories | Blood , Children and Young people , Infection |
Health Innovation Network Partner | North West Coast AHSN |
Website | http://www.medepad.com/ |