Novel Panel of Breast Cancer Biomarkers - Licensing Opportunity for Dublin City University - August 2017 front page preview

Novel Panel of Breast Cancer Biomarkers - Licensing Opportunity for Dublin City University - August 2017

We have identified a panel of serum biomarkers which when assayed along with CA15-3 can detect breast cancer in 90- 95% of cases tested. This is a major improvement over the existing CA 15-3 tests that are commercially a...

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SEPTEC - Sepsis Detection Platform - Licensing Opportunity for Dublin City University - August 2017 front page preview

SEPTEC - Sepsis Detection Platform - Licensing Opportunity for Dublin City University - August 2017

SepTec is a centrifugal microfluidic disk platform. Antibody based electrochemical sensor technology, in conjunction with microfluidic engineering allows sensitive and rapid detection of pathogens in a 2mL whole blood sa...

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Memsense - Lipid Bilayer Membrane Model Platform for Drug Discovery - Licensing Opportunity for Dublin City University - August 2017 front page preview

Memsense - Lipid Bilayer Membrane Model Platform for Drug Discovery - Licensing Opportunity for Dublin City University - August 2017

MemSense is an advanced true lipid bilayer membrane platform developed as a cell membrane model for application in pre-formulation studies of new molecules and drug delivery vehicles in drug discovery in the pharmaceutic...

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Non-Invasive Plasma Diagnostic Sensor based on Radio Emission Spectroscopy - Licensing Opportunity for Dublin City University - August 2017 front page preview

Non-Invasive Plasma Diagnostic Sensor based on Radio Emission Spectroscopy - Licensing Opportunity for Dublin City University - August 2017

Plasma based processes are widely used in a variety of industrial applications such as low pressure semiconductor manufacture and atmospheric pressure plasma coating and surface treatments

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Light-Responsive, Low Power Valves for Microfluidic Sensor Applications & Lab-on-a-chip - Licensing Opportunity for Dublin City University - August 2017 front page preview

Light-Responsive, Low Power Valves for Microfluidic Sensor Applications & Lab-on-a-chip - Licensing Opportunity for Dublin City University - August 2017

Light-responsive, reversible valves have been developed using hydrogel materials. The valves open and close via light actuation, enabling a noncontact, low power, valve solution for microfluidic based sensor systems such...

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