Isis and The Carbon Trust to Boost Start-up Support
£1.75m business support for next generation of UK clean tech pioneers.
We publish news of technology innovations, investment opportunities, together with updates from spin-out & start-up companies and licensees
£1.75m business support for next generation of UK clean tech pioneers.
By partnering with an established university technology transfer office, new entrants can get a boost up the experience curve, avoid pitfalls and minimise growing pains.
Oxford University Innovation, the technology transfer company for the University of Oxford, is pleased to announce the award of three three-month fellowships to graduates of the University’s Saïd Business School.
The University of Oxford and Oxford University Innovation, the University’s technology transfer company, are pleased to announce that the Department of Health has chosen Oxford-developed health outcomes questionnaires for their national Patient Reported Outcomes Measures (PROMs) programme.
In direct response to demand from the technology sector, the Careers Service and Oxford University Innovation at the University of Oxford have developed a new and exciting programme to train and ‘spin-out’ CEOs for present and future spin-off companies.
Oxford University Innovation, the University of Oxford’s technology transfer company, achieved increased revenues of £5.6 million in the last financial year, up 18 per cent from the previous year.
OUC has facilitated consultancy contracts for a number of Oxford academics for the latest UN Human Development Report 2009.
Devices Enable 24-hour Monitoring of Non-Powered Assets, Increased Asset Utilization and Efficiency, Visible Asset Management, Improved Security, and Minimized Theft/Damage/Loss for up to 3 years.
Oxford University Innovation, the technology transfer arm of the University of Oxford has released details of a new method for increasing protein production, with the potential to improve the efficiency of drug manufacturing by multi-fold increases in yields of therapeutic proteins. The method, developed at Oxford’s Sir William Dunn School of Pathology, was profiled in the journal Cell.
A lightweight electric motor designed by the Electronic Power Group at the University of Oxford is to power a new four-seat coupé, with track tests scheduled for the end of 2009.