Miniaturized neuroprobe for sampling neurotransmitters in the brainResearchers at the University of Twente have designed a tiny needle in which micro-channels can be used for extracting small liquid samples from a local area of the brain. The needle is about as thick as a human hair. Thanks to this invention, neuroscientists are now able to monitor dynamic processes more quickly (within a few seconds) and accurately (micrometre precision). The research is to be published in the renowned scientific journal, Lab on a Chip.Read more
Measuring brain signals to keep movingMobility problems caused by Parkinson's disease, Multiple Sclerosis or Huntington, are very patient specific. If you want to know what happens inside the brain at the moment movement is disturbed, you can only find out when the patient is mobile. The University of Twente, together with the Radboud University and three companies, will therefore develop a mobile measuring system for EEG signals and blood flow in the brain. Based on these data, the system can develop a personal strategy for coping with the movement disorder.Read more
Miniaturized neuroprobe for sampling neurotransmitters in the brain
Measuring brain signals to keep moving
Holographic 3D coach to help healthy living
Dietmar Gallistl wins Richard von Mises prize
DSI symposium: solving our society’s cybersecurity problems
Personalised online environments lead us to judge others more harshly
ERC Grants support 2019/2020
CONCORDIA: European Commission launches pilot projects to reinforce EU's cybersecurity capacity
UT and FootballEquals Foundation join forces
Stefano Stramigioli appointed as KHMW member
UT a partner in ‘mind’ project for early stages in dementia
UT and University of Münster to boost cooperation