11941 - 11960 of 18642 results
- Funding | Contesting GovernanceThe Contesting Governance Platform offers few possibilities for funding./en/research/institutions-for-open-societies/contesting-governance/funding
- Extra opportunities | Film and Television CulturesExtra opportunities for Film and Television Cultures/en/masters/film-television-cultures/study-programme/extracurricular-opportunities
- Extra opportunities | European LawExtra opportunities for European Law/en/masters/european-law/study-programme/extracurricular-opportunities
- Extra opportunities | European Criminal Justice in a Global ContextExtra opportunities for European Criminal Justice in a Global Context/en/masters/european-criminal-justice-global-context/study-programme/extracurricular-opportunities
- Deelname | BravechildDeelname aan het onderzoek Bravechild naar de taal- en breinontwikkeling van jonge kinderen./onderzoek/bravechild/deelname
- Discovery of Tissue-Specific Functions of Atypical E2Fs in Cancer | Regenerative Medicine UtrechtDiscovery of Tissue-Specific Functions of Atypical E2Fs in Cancer/en/research/life-sciences/regenerative-medicine/discovery-of-tissue-specific-functions-of-atypical-e2fs-in-cancer
- Go big or go home - Translational approaches to target ischemic heart failure | Regenerative Medicine UtrechtGo big or go home - Translational approaches to target ischemic heart failure/en/research/life-sciences/regenerative-medicine/go-big-or-go-home-translational-approaches-to-target-ischemic-heart-failure
- Marieke Roefs | Regenerative Medicine UtrechtDetails for RMU PhD Survivors/en/research/life-sciences/regenerative-medicine/marieke-roefs
- Knee joint distraction: moving forward | Regenerative Medicine UtrechtKnee joint distraction: moving forward/en/research/life-sciences/regenerative-medicine/knee-joint-distraction-moving-forward
- Diamond-Blackfan anemia & other hereditary red cell disorders: spotting phenotypes | Regenerative Medicine UtrechtDiamond-Blackfan anemia & other hereditary red cell disorders: spotting phenotypes/en/research/life-sciences/regenerative-medicine/diamond-blackfan-anemia-other-hereditary-red-cell-disorders-spotting-phenotypes
- Vascular cell and extracellular matrix interactions: implications for vascular regeneration and disease modeling | Regenerative Medicine UtrechtVascular cell and extracellular matrix interactions: implications for vascular regeneration and disease modeling/en/research/life-sciences/regenerative-medicine/vascular-cell-and-extracellular-matrix-interactions-implications-for-vascular-regeneration-and
- The DUX4 cytotoxic cascade, and CRISPR mitigation methods | Regenerative Medicine UtrechtThe DUX4 cytotoxic cascade, and CRISPR mitigation methods/en/research/life-sciences/regenerative-medicine/the-dux4-cytotoxic-cascade-and-crispr-mitigation-methods
- Extra opportunities | Earth Surface and WaterExtra opportunities for Earth Surface and Water/en/masters/earth-surface-and-water/study-programme/extracurricular-opportunities
- Extra opportunities | Earth, Life and ClimateExtra opportunities for Earth, Life and Climate/en/masters/earth-life-and-climate/study-programme/extracurricular-opportunities
- PLanning sUStainable publIC Transport (PLUS ICT) | AI & Mobility LabTo make public transport more affordable, clean and widespread, we need to design our transport systems in an efficient manner./en/research/ai-labs/ai-mobility-lab/projects/planning-sustainable-public-transport-plus-ict
- PLanning sUStainable publIC Transport (PLUS ICT) | AI & Mobility LabOm openbaar vervoer betaalbaarder, schoner en grootschaliger te maken, moeten we onze vervoerssystemen op een efficiënte manier ontwerpen./onderzoek/ai-labs/ai-mobility-lab/projecten/planning-sustainable-public-transport-plus-ict