Research nieuws
Research nieuws
Patricia Bruijning-Verhagen appointed professor of vaccination and infection control epidemiology
Utrecht University and UMC Utrecht have announced the appointment of Patricia Bruijning-Verhagen as professor of vaccination and infection control epidemiology, effective June 1, 2024. This position will enable Patricia to continue her work in designing and evaluating optimal infection prevention policies through vaccination and other innovative strategies. Her appointment comes at a crucial time, as the world faces the dual challenge of emerging infectious diseases and an expanding portfolio of vaccines.
Read moreKidney tumors in children: specific diagnosis with MRI
Justine van der Beek researched how different types of kidney tumors can be distinguished using MRI scans.
Read moreWorld-class collaboration receives €37.5 million for regenerative medicine using smart materials
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Study of new treatment for severe influenza pneumonia
Van elke vijf patiënten die met ernstige longontsteking door influenza op de intensive care (IC) worden opgenomen, overlijdt er gemiddeld één. Om dit relatief hoge risico op overlijden te verlagen, gaan Nederlandse onderzoekers onder leiding van UMC Utrecht geneesmiddelen die eerder succesvol waren bij de behandeling van patiënten met ernstige Covid-19 op de IC terecht kwamen, nu ook onderzoeken bij IC-patiënten met ernstige longontsteking door influenza. ZonMw heeft voor deze studie een subsidie van ruim € 2.1 miljoen beschikbaar gesteld.
Read moreSabine Fuchs appointed professor
How do we improve care for patients with rare diseases for which there are currently no treatments? This question is central to the work of pediatrician Sabine Fuchs. She has been appointed professor of Metabolic diseases and innovative therapies at the UMC Utrecht as of April 15, 2024. ‘I want to make these types of diseases treatable by also focusing on the other organs.’
Read moreGrant for research teams UMC Utrecht from ZonMw Open Competition
Five research teams of the UMC Utrecht receive a grant for projects in the framework of the ZonMw Open Competition. With this funding, the research teams can develop innovative team science initiatives that contribute to innovation within fundamental (bio)medical science and long-term health care. Within all projects, the research teams collaborate with other knowledge institutions. A total of 29 projects were honored for an amount of 23 million euros.
Read moreUMC Utrecht and Philips speed up development of image-guided treatments
UMC Utrecht and Philips are bringing together healthcare professionals, researchers and technicians in a 'fieldlab'. Here, they will develop new innovative technology and software to benefit healthcare. The goal is to devise less burdensome and more efficient treatments for patients, while at the same time realizing a more sustainable healthcare system.
Read moreNew study speeds up radiation therapy
A targeted radiation therapy that lasts only 15 minutes, instead of 45 minutes. Plus: an even more precise, real-time treatment of the tumor. These are the two goals of a new study by UMC Utrecht to further innovate the MR-Linac. NWO has granted 1.7 million euros to this research project.
Read moreFour new cancer research projects at UMC Utrecht receive Hanarth grants
How can artificial intelligence be used to improve treatment in cancer patients? Researchers from UMC Utrecht are working on this question. Four research projects at UMC Utrecht received funding for this from the Hanarth Fonds.
Read moreGRIPonMASH received significant EU funding to improve prevention and care of Metabolic dysfunction-Associated SteatoHepatitis (MASH)
GRIPonMASH, a newly founded consortium consisting of 27 European institutions and companies, has bundled resources to bring about a transformational change in the detection and treatment of Metabolic Dysfunction-Associated Steatotic Liver Disease (MASLD). Supported by the Innovative Health Initiative Joint Undertaking (IHI JU), the consortium will focus on developing the GRIPonMASH Diagnostic Platform which will allow early detection of patients with MASH, better patient stratification and personalized lifestyle advice.
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