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Medical services of the Medical University of Vienna. MedUni Vienna and AKH Wien (Vienna General Hospital) are closely related to one another.
The Medical University of Vienna ( German: Medizinische Universität Wien) is a public university located in Vienna, Austria. It is the direct successor to the faculty of medicine at the University of Vienna, founded in 1365 by Rudolf IV, Duke of Austria.
May 8, 2021 · The Medical University of Vienna educates hundreds to thousands of students every year in the following programmes: Medicine degree programme. Dentistry degree programme. Medical Informatics master’s programme. Molecular Precision Medicine master's programme. PhD-programmes (16 different programmes)
Medical services of the Medical University of Vienna. MedUni Vienna and AKH Wien (Vienna General Hospital) are closely related to one another.
The Medical University of Vienna is the largest medical research institution in Austria. It was founded in 1365 as a Medical Faculty of the University of Vienna and ...
The Medical University of Vienna dates back to 1365, when it was a faculty of the University of Vienna, making it one of the oldest medical universities in Europe. It became an independent institution in 2004. The university has two undergraduate degree programmes – one in medicine and one in dentistry.
The Medical University of Vienna is the largest medical institution in Austria and one of the most important research centres in Europe. With its long history and tradition, which covers 650 years, it has developed into a highly modern research institution.
Medical University of Vienna is ranked #203 in Best Global Universities. Schools are ranked according to their performance across a set of widely accepted indicators of excellence.
The Medical University of Vienna is the largest medical research institution in Austria. It was founded in 1365 as a Medical Faculty of the University of Vienna and has operated as an independent institution in the scope of autonomous university and self administration since 2004.
From single-cell approaches delving into the intricate molecular and cellular mechanisms, dissecting genetic and epigenetic signatures to advanced neuroimaging and artificial intelligence we contribute to promoting knowledge of the brain´s function in health and disease.
