14381 - 14400 van 24890 resultaten
- 3D-prints bootsen nierbuisjes levensecht naLevensechte in 3D geprinte nierbuisjes maken het mogelijk om onderzoek te doen naar nierziektes en de behandeling daarvan./nieuws/3d-prints-bootsen-nierbuisjes-levensecht-na
- 3D-prints mimic living kidney tubes3D printed kidney tubes that closely mimic living tubes for the first time make it possible to do research into kidney diseases and their treatment./en/news/3d-prints-mimic-living-kidney-tubes
- KidneyX Prize for artificial kidney project MI-TRAM$650,000 prize money brings much-needed dialysis upgrade closer/en/news/kidneyx-prize-for-artificial-kidney-project-mi-tram-0
- New CRISPR/Cas9 technique corrects cystic fibrosis in cultured human stem cellsCystic fibrosis (CF) is one of the most common genetic diseases worldwide and has major consequences for patients. Although treatments are available to reduce the mucus and prevent inflammation typical of the disease, CF is not yet curable. CF is not yet curable. However, a new study by the Hans Clevers group (Hubrecht Institute) in collaboration with the Jeffrey Beekman group (UMC Utrech) and Oncode Institute offers new hope./en/news/new-crisprcas9-technique-corrects-cystic-fibrosis-in-cultured-human-stem-cells
- Young Scientists in Regenerative Medicine - Iris PenningsYoung Scientists in Regenerative Medicine - Iris Pennings/en/news/young-scientists-in-regenerative-medicine-iris-pennings
- Roos Masereeuw benoemd tot hoogleraar Experimental PharmacologyMasereeuw is een expert op het gebied van de nierfarmacologie. Met haar onderzoek naar een biologische kunstnier loopt zij wereldwijd voorop./nieuws/dr-roos-masereeuw-benoemd-tot-hoogleraar-experimental-pharmacology
- Researchers create functioning biological kidney tubuleBiological kidney tubule allows to excrete waste products from the blood that normal dialysis cannot remove./en/news/researchers-create-functioning-biological-kidney-tubule
- Ontwikkeling bioartificiële nier belangrijke stap dichterbijRoos Masereeuw en collega's toonden aan dat meerdere ‘levende membranen’ van niercellen te combineren zijn tot een functionerend geheel/nieuws/ontwikkeling-bioartificiele-nier-belangrijke-stap-dichterbij
- A center for translation of predictive modelsRoos Masereeuw and Jos Malda at the Utrecht Advanced In Vitro Models hub focus on improving in vitro models as an alternative for animal experimentation./en/background/a-center-for-translation-of-predictive-models
- Development of bioartificial kidney a major step closerRoos Masereeuw and colleagues have demonstrated that multiple ‘living membranes’ from kidney cells can be combined into a functioning whole./en/news/development-of-bioartificial-kidney-a-major-step-closer
- Nieuwe kansen voor behandeling nierfalenDat laten onderzoekers van onder andere de Universiteit Utrecht en het Universitair Ziekenhuis Leuven zien in een publicatie in PNAS op 22 juli./publicatie/nieuwe-kansen-voor-behandeling-nierfalen
- Connecting Worlds: UMC Utrecht Strategy 2020-2025The new UMC Utrecht strategy was developed over a period of approximately one year. During that time, more than 2200 colleagues, patients, students and external experts and stakeholders took part in the strategy debate, which yielded interesting insights./en/news/connecting-worlds-umc-utrecht-strategy-2020-2025
- NWO Idea Generator Grant for Dr. Riccardo LevatoDr. Riccardo Levato has been awarded the NWO Idea Generator Grant 2020!/en/news/nwo-idea-generator-grant-for-dr-riccardo-levato
- Expanding Human Cardiomyocytes for Cardiac RepairNew publication in Cell Stem Cells: Expanding Human Cardiomyocytes for Cardiac Repair/en/news/expanding-human-cardiomyocytes-for-cardiac-repair
- Want to create more impact with your advanced in vitro model? Spin it out!Science is in transition, from fundamental towards applied research, aimed at innovation. Scientists are pushed to strive for valorization of their research/en/news/want-to-create-more-impact-with-your-advanced-in-vitro-model-spin-it-out
- Tina Vermonden benoemd tot hoogleraar Biomaterials for drug delivery and regenerative medicinePer 15 september is Tina Vermonden benoemd tot hoogleraar 'Biomaterials for drug delivery and regenerative medicine' bij het departement Farmaceutische Wetenschappen./nieuws/tina-vermonden-benoemd-tot-hoogleraar-biomaterials-for-drug-delivery-and-regenerative-medicine
- Tina Vermonden appointed Professor of Biomaterials for Drug Delivery and Regenerative MedicineAs of September 15, Tina Vermonden has been appointed as Professor of Biomaterials for Drug Delivery and Regenerative Medicine at the Department of Pharmaceutical Sciences./en/news/tina-vermonden-appointed-professor-of-biomaterials-for-drug-delivery-and-regenerative-medicine
- Minuscule 3D printed material due to new shrinkage techniqueUtrecht scientists have shrunk 3D printed hydrogels for the first time, making the structures smaller by a factor of 10./en/news/minuscule-3d-printed-material-due-to-new-shrinkage-technique
- Minuscuul 3D-geprint materiaal door nieuwe krimptechniekUtrechtse wetenschappers hebben voor het eerst 3D-geprinte hydrogels laten krimpen, waardoor erin slaagden hydrogels een factor 10 kleiner te maken./nieuws/minuscuul-3d-geprint-materiaal-door-nieuwe-krimptechniek
- Human Kidney TubuloidsA blog on the development of kidney tubuloids./en/news/human-kidney-tubuloids