The group performs research on new methods of image formation in
MRI, Computer Tomography (CT) and X-Ray imaging, especially in
physiological / functional imaging of
the human body as well in preclinical projects. Furthermore, we
research on methods to automatically
analyse the acquired data by means of medical image processing and
pattern recognition to quantify the measured physiological parameters.
The group receives funding via and is involved in the lead
project 3 M2IBID
of the BMBF Research
group for Automation in Medicine and Biotechnology, Fraunhofer
Institute for Manufacturing Engineering and Automation Mannheim
Radiation Oncology, UMM, Mannheim,
Radiation Physics/ Radiation Protection, UMM, Mannheim,
Research Center, Medical Faculty Mannheim, Mannheim, Germany
- Department of
Medicine V, UMM, Mannheim, Germany
of Clinical Radiology and Nuclear Medicine, UMM, Mannheim, Germany
- University of Applied Sciences Mannheim, Mannheim,
- Division of Biomedical Imaging, University of Leeds,
Processing Group, University of Bergen, Norway
- MedViz Research
- Department of
University of Bergen, Norway
Biomedicine, University of Bergen, Norway
Friday, 02-Mar-2018 09:52:26 CET
D. Hausmann, T. Niemann, D. Kreul, A. Nocito, M. Klarhöfer, D. Nickel, B. Kiefer, U. Attenberger, F. Zöllner and R. Kubik-Huch.
Free-breathing dynamic contrast-enhanced imaging of the upper abdomen using a Cartesian compressed-sensing sequence with hard-gated
and motion-state-resolved reconstruction.
, p.in Press 2019.
P. Illert, B. Wängler, C. Wängler, F. Zöllner, T. Uhrig, S. Litau, M. Pretze and T. Röder.
Functionalizable composite nanoparticles as a dual MRI/CT contrast agent for medical imaging.
J. Appl. Polym. Sci,
136 (19), p.47571 2019.
W. Neumann, T. Uhrig, M. Malzacher, V. Kossmann, L. Schad and F. Zöllner.
Risk assessment of copper containing contraceptives: The impact for women with implanted intrauterine devices during clinical
MRI and CT examinations.
29 (6), pp.2812-2820 2019.
A. Schnurr, K. Chung, T. Russ, L. Schad and F. Zöllner.
Simulation-Based Deep Artifact Correction with Convolutional Neural Networks for Limited Angle Artifacts.
Z Med Phys,
29 (2), pp.150-161 2019.
K. Chung, L. Schad and F. Zöllner.
Tomosynthesis implementation with adaptive online calibration on clinical C-arm systems.
Int J Comput Assist Radiol Surg,
13 (10), pp.1481-1495 2018.