News
Congratulations to our Team member Nader. Magnetic resonance elastography combined with Dense U-net segmentation allows tabulation of quantitative imaging markers without manual analysis and independent of other MRI sequences and can thus contribute to PCa detection and classification.
Prof. Dewey elected, congratulations!
The results of the 2022 ESR Electronic Elections are in! Congratulations to Andrea Rockall, Christian Loewe, Marion Smits and to our Prof. Marc Dewey on their new positions – Prof. Dewey was elected as the ESR Publications Committee Chair!
AG member Philipp Karius finished dissertation
Philipp Karius, a member of our working group, has finished his dissertation. He examined in detail the relevance of extracardiac findings on Coronary CT. Its
First MD/PhD Dissertation
We are pleased to announce the first successful completion of an MD/PhD dissertation in our working group by our long-standing member Benjamin Kendziora. The dissertation
First Aid Course by Promotionskolleg member Alina
Today it was the time to freshen up our rescuing skills. Alina, which happens to be a tutor of the Charité Promotionskolleg and also a first aid course
Our @team_dewey group member Nader Aldoj just submitted his work to #arxiv by the Cornell University. This research has been done with the help of our colleagues Federico, Anja, Patrick
Announcement Student Assistant 40h/month We are looking for energetic support for our team in the EU-funded pan-European and multicenter DISCHARGE study. It is a pragmatic
Detection of relevant extracardiac findings on coronary computed tomography angiography vs. invasive coronary angiography. While both coronary computed tomography angiography (CTA) and invasive coronary angiography
After such an incredible year, the whole working group was looking forward to joint activities again. Normally, the group presents interesting works, invites guests, but
Method for characterizing perfusion abnormalities by means of fractal analysis of the interface region
Dr. Florian Michallek just released details of our patent on #fractal analysis of perfusion imaging based on self-similarities often found in nature. A great example is the