[ad_1]
The Veni laureates will study inter alia the interaction of brain areas in autism, the consequences of Chinese acquisitions of European companies, the role of animals in a circular food system and how cells Patient strains can be used to treat mini-livers. to replace the human liver and ultimately help liver patients.
NWO provides annual funding to Veni. A total of 1,115 researchers submitted a research proposal that was eligible for funding in this Veni cycle. Of these, 154 were honored, converted by a 14 percent fee percentage. The applications were evaluated by external experts from the relevant fields through a peer review.
With this Veni turn, a total amount of 38.4 million euros is involved. Last year, the same amount was also awarded to 154 researchers
Radboudumc, Radboud University
Several research institutes have already published their own list of Veni laureates, including research related to digitization in Healthcare. For example, 15 researchers from Radboudumc and Radboud University (Nijmegen) received a Veni scholarship together. Nienke de Vries-Farrouh, neurology: "Taking care of Parkinson's disease".
Nienke de Vries-Farrouh is studying whether the use of a portable sensor that automatically measures falls and physical activity provides relevant information on the functioning of people with Parkinson's disease. It also examines whether patients and physiotherapists can use this information to better tailor treatment to the individual patient.
LUMC
Six newly promoted researchers will conduct research at the University Medical Center Leiden (LUMC) in the coming years. a Veni grant. Four of the six laureates will research at the Gorter Center of the Department of Radiology
In his "Custom MRI" project, Wyger Brink will develop rapid computer simulations that determine a patient-specific safety margin at the beginning of MRI . He can thus optimize the quality of the image and make the best use of the MRI technique, where it is currently limited by large uniform safety margins.
Ece Ercan will develop a new imaging technique that will allow progression of the disease to become multiple sclerosis. evaluated. Currently, the contrast product must often be administered. With the new technique – which uses the magnetic properties of molecules in the brain – this is no longer necessary
TU Delft
Seven scientists from the Delft University of Technology received a Veni scholarship. This included a study on ACMI, a new tool to study the complexity of the human body – Jeremy Brown (Faculty of Applied Sciences): Medical imaging is a crucial tool in our goal to better understand, prevent and treat diseases. This research will provide a new method of molecular imaging that can simultaneously track more than three biological processes with high resolution and sensitivity. This allows doctors to develop better treatments for aggressive diseases, such as cancer.
Overview of the Veni Laureates
The NWO Overview with Grants contains the names of all the Laureates and short abstracts of their research projects.
[ad_2]
Source link
