Team

Mag. Robert Eder Software development and programming in the field of radiology physics (including radiation protection and quality assurance) Medical image processing and 3D printing for clinical applications. The current focus is the development and maintenance of an in-house radiation dose management platform including skin dose calculation and interactive 3D mapping, as well as the further development of dedicated methods for the calculation and production of patient-specific 3D printed anatomical models. Examples: 1) 3D skin dose calculation 2) 3D color-coded representation of blood flow kinematics in the case of cerebral arteriovenous malformations: -static -dynamic 3) Calculation and production of 3d printed molds for intraoperative patient-specific implant design	Tel 24498 email
Mag. Dr. Christian Kremser MR safety MR protocol development and optimization Special evaluations (iron quantification, relaxometry, perfusion, 4D flow) Contact for technical problems MR acquisition Further training and curricular teaching Support and participation in MR research projects of all kinds	Tel 24493 email
Dr. rer. nat. Sergiy Pereverzyev Jr. Development, adjustment and application of the methods of machine learning (e.g., kernel methods, neural networks, random forest) for predicting clinically relevant information (such as health condition and its future evolution) using radiological information (such as radiological images, various features extracted from the radiological images) and possibly also other available information. Another working area is connected with the radiological image analysis techniques and segmentation.	Tel 81629 email
PD. Mag.rer.nat. Dr.rer.nat. Wolfgang Recheis Early tumor detection based on CT data by means radiomic feature analysis Texture analysis, including machine learning Implementation and optimization of various AI tools for research projects (e.g. automated segmentation) Image analysis projects including indirect portal vein hypertension estimation Gout and iodine estimation based on Dual Energy CT Quantitative analysis of chest CTs Experimental multi-component 3D Printing for creating phantoms for gauged tissue separation in Dual Energy CT	Tel 24216 email
Mag.rer.nat. Dr.rer.nat. Ruth Steiger Supervision of the Neuroimaging Research Core Facility Planning, implementation, participation in neuroscientific MRI projects MR protocol creation and optimization Special analyzes (MR spectroscopy, functional MRI) MR acquisition, responsible for MRS and fMRI components Further training, curricular teaching, diploma/doctoral student supervision	Tel 81137 email
Mag. Pavle Torbica Radiation protection officer for the surgery-building area Radiation protection instructions Dosimetry Dose calculations/estimates for ethics committee Quality assurance (X-ray systems, diagnostic monitors) Advisory function	Tel 80563 email
Dr. Michael Verius Strahlenschutzbeauftragter Bereich FK/ MZA Dosimetrie Qualitätssicherung (Röntgenanlagen, Befundungsmonitore) Beratungsfunktion fMRI (funktionelles MRI) Messaufbauten FDM- Modellbau	Tel 24498 email