VIPER: a virally-derived peptide that blocks inflammation: Licensing Opportunity from Trinity College Dublin - July 2015 front page preview

VIPER: a virally-derived peptide that blocks inflammation: Licensing Opportunity from Trinity College Dublin - July 2015

Over millennia, viruses have optimised their ability to inhibit the immune response. Thus the Vaccinia virus protein A46 displays a remarkable ability to inhibit TLR4 function. We have exploited this viral know-how and d...

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Biofunctional Graphene Sensor - Licensing Opportunity from Trinity College Dublin - August 2015 front page preview

Biofunctional Graphene Sensor - Licensing Opportunity from Trinity College Dublin - August 2015

Graphene is a monolayer of carbon atoms and one of a number of promising novel building block to fabricate next generation electronic devices, including hand­‐held biosensors (Fig3). Graphene sensors have the potential t...

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Graphene Elastomer composite: Licensing Opportunity from Trinity College Dublin - August 2014 front page preview

Graphene Elastomer composite: Licensing Opportunity from Trinity College Dublin - August 2014

Sensitive, high-strain, high-rate, bodily motion, sensors based on graphene-rubber, composites: In this work, we demonstrate a very simple method of infusing store-bought elastic bands with liquid-exfoliated graphene to...

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OroPress - Licensing Opportunity from University of Limerick - April 2014 front page preview

OroPress - Licensing Opportunity from University of Limerick - April 2014

OroPressTM is a Class IIa wireless medical device that uses tongue pressure measurement to diagnose and assist in the rehabilitation of oral swallowing dysfunction, thereby reducing hospital stays, healthcare costs and d...

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SanaSense: An answer to the challenge to measure tissue viability: Licensing Opportunity from Trinity College Dublin - July 2015 front page preview

SanaSense: An answer to the challenge to measure tissue viability: Licensing Opportunity from Trinity College Dublin - July 2015

SanaSense is a unique non-contact measurement system providing accurate information on the degree of tissue compression combining a low cost, thin and flexible off the self-sensor material with a novel signal detection a...

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