23 Mar 2017 - Simulations predict swelling of 'underfed' brain cells
When brain cells don’t get enough energy, caused by a stroke or trauma, they can start swelling rapidly. New mathematical models of this mechanism, developed by Koen Dijkstra of the University of Twente, show a critical tipping point: at lower energy levels, there is no way back.
22 Mar 2017 - Thijs Pasman in Dutch media ‘Occupation of the future’
The dutch program ‘NOS op 3’ shows the ‘Occupation of the future’: organ designer. In this item Thijs Pasman (PHD at MIRA) tells about his research Long on Chip. A perfect example how MIRA improves healthcare with technology. The whole item can be seen here (in Dutch).
20 Mar 2017 - Want to boost your education?
Upcoming CELT workshops for UT lecturers:
23 Feb 2017 - Scienstists get closer to developing bioartificial kidney [article in De Ingenieur]
The national magazine De Ingenieur brought a major background article on bioartificial kidney research on 13 February 2017. Prof Stamatialis was interviewed about their research to creating a functional bioartificial kidney. The article is published (in print) in February 2017 in De Ingenieur. The Dutch summary of the article can be viewed here.
18 Jan 2017 - Handy device designed by the University of Twente allows you to take a look beneath the skin
In collaboration with various companies, scientists at MIRA research institute have recently developed a prototype for a handheld device that combines ultrasound technology with photoacoustics.
13 Dec 2016 - ERC Consolidator Grant for Jeroen Rouwkema
University of Twente researcher Jeroen Rouwkema is awarded the prestigious Consolidator Grant by the European Research Council (ERC). Rouwkema will receive ERC funding (two million Euros) for his project ‘VascArbor’, the goal of which is to control the development and organization of blood vessels in cultured tissues.
30 Nov 2016 - Half a million euros for better Healthcare through new technology
Pioneers in Health Care Innovation Vouchers 2016
30 Nov 2016 - At long last - stroke patients can be monitored at home, using a sensor suit
From now on it will be possible to accurately monitor and analyse how stroke patients move during everyday life. This involves the use of a new suit fitted with 41 sensors, plus the infrastructure needed to transmit, store and process all of the data collected. This technology and information will make it possible to improve the rehabilitation process and cut healthcare costs.