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Technology Update

The latest technology to license from Oxford

 

 
 

Technology highlights include an immunisation method which is highly effective against malaria, a novel photocatalyst that allows the conversion of nitrogen into ammonia under mild conditions, and a radar extension to the Oxford RobotCar Dataset.

 

Modifying the genetic make-up of biofilms

A method to modify the DNA of microorganisms in biofilms.

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Surface modification of polymer films

A surface modification method which can be used within a reel-to-reel process under vacuum.

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"Prime-Target" Immunisation method

An immunisation method which focuses on the localisation of the immune response resulting from vaccination.

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Gene-therapy approach for chronic pain

An adeno-associated virus-based gene therapy delivering CASPR2 as a possible treatment for chronic pain and epilepsy.

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Physical Sciences and Life Sciences
innovation projects

Click below to see the portfolio of projects available to license.

Physical Sciences brochure
Life Sciences brochure
 
 
 

3D hi-res polymeric structures in LC devices

Polymeric structures that can be printed into liquid crystal (LC) devices which can appear or disappear via a simple voltage application.

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The importance of ammonia

Solar-powered sustainable photocatalytic ammonia production under mild conditions.

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Next-generation photonics applications

A method to control and accelerate the transition between high and low energy liquid crystal profiles compared to existing devices.

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A multimodal dataset for autonomous driving

A unique dataset for scene understanding using millimetre-wave scanning radar data, for autonomous vehicle applications.

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Low-cost ventilator technology

OxVent Limited, a recent social enterprise spinout from the University of Oxford and King’s College London, is deploying safe, simple and scalable ventilator technology developed together with Smith+Nephew as part of the UK Government’s Ventilator Challenge.

Entering the market in Latin America, OxVent aims to become the global standard of care for low-cost ventilators.

 
 
 

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