NEWS

STIMULATE zeigt Präsenz auf dem größten deutschen Neuroradiologiekongress

Auch in diesem Jahr präsentieren STIMULATE-Mitarbeitende ihre aktuellen Ergebnisse im Bereich der neurovaskulären Forschung auf der 58. Jahrestagung der Deutschen Gesellschaft für Neuroradiologie e.V. in Kassel. Die STIMULATE Forschungsgruppen „Medical Flows“ (PD Dr. Berg) und „Neuro Clinic“ (Prof. Behme) stellten dabei dem interessierten Fachpublikum ihre neusten Projektfortschritte vor. Dazu zählen:

  • Janneck Stahl: Hemodynamic analysis of flow diverter treatment for intracranial aneurysms integrating patient-specific pre- and postinterventional image data
  • Franziska Gaidzik: In silico analysis to assess the efficacy of the Contour Neurovascular System
  • Roland Schwab: Realistic 3D-printed skull model in CT and DSA imaging for endovascular training and validation purposes
  • Roland Schwab: Preservation of the usability of intracranial aneurysm projections when viewing angles change
  • Stefan Klebingat: Optimization of biplane C-Arm projections using a 3D head positioning tool

Im Rahmen von vielfältigen Fachdiskussionen mit klinischer Wissenschaft und Industrie konnten neue Kollaborationen angebahnt werden. Wir danken unseren Forschenden für die aktive Teilnahme an der neuroRAD.

STIMULATE shows presence at the largest German neuroradiology congress

Also, this year STIMULATE employees present their current results in the field of neurovascular research at the 58th annual meeting of the German Society for Neuroradiology e.V. in Kassel. The STIMULATE research groups "Medical Flows" (PD Dr. Berg) and "Neuro Clinic" (Prof. Behme) presented their latest project progress to the interested professional audience. These include:

  • Janneck Stahl: Hemodynamic analysis of flow diverter treatment for intracranial aneurysms integrating patient-specific pre- and post-interventional image data
  • Franziska Gaidzik: In silico analysis to assess the efficacy of the Contour Neurovascular Sys-tem
  • Roland Schwab: Realistic 3D-printed skull model in CT and DSA imaging for endovascular training and validation purposes
  • Roland Schwab: Preservation of the usability of intracranial aneurysm projections when viewing angles change
  • Stefan Klebingat: Optimization of biplane C-arm projections using a 3D head positioning tool

New collaborations could be initiated in the context of diverse technical discussions with clinical science and industry. We thank our researchers for their active participation in neuroRAD.