Sachsen und Flandern bauen Technologiepartnerschaft in der Mikroelektronik, Wasserstoffwirtschaft und Radiopharmazie aus.
https://oiger.de/2025/11/03/sachsen-und-flamen-vertiefen-innovationspartnerschaft/195624
#Sachsen #Flandern. Kooperation #Technologie #Innovation #Mikroelektronik #Wasserstoffwirtschaft #Radiopharmazie #Imec #Leuven #Radiopharmacy #Cluster
Sachsen und Flamen vertiefen Innovationspartnerschaft - Oiger

Sachsen und Flandern bauen Technologiepartnerschaft in der Mikroelektronik, Wasserstoffwirtschaft und Radiopharmazie aus.

Oiger
Sachsens Radiopharmazie-Akteure (HZDR, Rotop, CUP) wollen zum europäischen Innovationstreiber im Kampf gegen Krebs werden. Das neue „Nuklid-Radiopharmacy Cluster Dresden“ soll die Entwicklung forcieren.
https://oiger.de/2025/11/02/sachsens-radiopharma-akteure-wollen-innovationstreiber-fuer-europa-sein/195619
#Radiopharmazie #Sachsen #Nuklid #Radiopharmacy #Cluster #Dresden #Helmholtz #Rossendorf #Krebstherapie #Schlüsseltechnologie #Wirtschaftsförderung #Innovation #Europa #Belgien
Sachsens Radiopharma-Akteure wollen Innovationstreiber für Europa sein - Oiger

Sachsens Radiopharmazie will Innovationstreiber in Europa für den Kampf gegen Krebs werden. Sie vernetzt sich im Nuklid-Radiopharmacy Cluster Dresden

Oiger
Postdoctoral Fellow (Nanomedicine and Bioimaging)

Post a job in 3min, or find thousands of job offers like this one at jobRxiv!

jobRxiv
Postdoctoral Fellow (Nanomedicine and Bioimaging)

Post a job in 3min, or find thousands of job offers like this one at jobRxiv!

jobRxiv

From fundamental research to medical applications 🚀 A team of researchers from the Helmholtz Institute Mainz – a branch of GSI/FAIR – and @unimainz has secured funding for their spin-off project AVLIS: Atomic Vapor Laser Isotope Separation.

Dr. Dominik Studer, Dr. Tom Kieck, and Yuki Ishikawa receive €230,000 through the @helmholtz Enterprise spin-off program to prepare the foundation of a #startup – with promising applications in #radiopharmacy and fundamental research https://www.gsi.de/en/start/news/details/2025/08/21/avlis

Laser-based isotope separation: Funding for spin-off project AVLIS

A team of scientists from the Helmholtz Institute Mainz, a branch of GSI Helmholtzzentrum für Schwerionenforschung in Darmstadt and Johannes Gutenberg University Mainz, has secured funding under the Helmholtz Enterprise spin-off program. Dr. Dominik Studer, Dr. Tom Kieck, and their colleague Yuki Ishikawa received €230,000 in funding over 14 months for their spin-off project AVLIS (Atomic Vapor Laser Isotope Separation) with the aim to prepare for the establishment of a company. The developed ...

GSI

Our university, the university hospital, and ITM #Isotope Technologies Munich SE sign a research frame agreement aimed at providing more targeted therapies for #cancerpatients: http://go.tum.de/406128

#radiopharmacy #nuclearmedicine

📷ITM Isotope Technologies

TUM and ITM join forces for precision therapies in cancer medicine

In order to improve the treatment of cancer patients in the future, TUM, the TUM University Hospital, and ITM have signed a research framework agreement.

Smart keys for cancer therapy: #Radiopharmacy for imaging and treating tumors
A team @HZDR and Heidelberg University presents a #theranostics system that solves one of the biggest problems to date: it works at physiologically relevant temperatures.
▶️ https://www.hzdr.de/presse/smart_keys_therapy
Smart Keys for cancer therapy: Research team develops new system for imaging and treating tumors - Helmholtz-Zentrum Dresden-Rossendorf, HZDR

Thanks to the radiation they emit, radioactive compounds are suited both to imaging and treating cancers. By appropriately combining them in novel, so-called radionuclide theranostics, both applications can be dovetailed. A radiopharmacy team at Helmholtz-Zentrum Dresden-Rossendorf (HZDR) and Heidelberg University has now presented such a system in the Journal of the American Chemical Society (DOI: 10.1021/jacs.2c08438) that successfully solves one of the biggest problems to date: it works at physiologically relevant temperatures.