Dr. Julia Nagy
Science Manager MoMAN
✉ julia.nagy@uni-ulm.de
☎ 0731 - 500 33635
Science Manager MoMAN
✉ julia.nagy@uni-ulm.de
☎ 0731 - 500 33635
Center for Translational Imaging - From Molecule to Man (MoMAN)
The Center for Translational Imaging - From Molecule to Man (MoMAN) is funded by the German Research Foundation and aims at supporting, advancing and extending research projects in the field of translational imaging at Ulm University and Medical Center.
For this ambitious research initiative the center provides a variety of outstanding imaging techniques ranging from cellular imaging to small animal imaging and applications in humans and provides support for its users in all aspects of translational imaging.
The long-term goal of MoMAN is to bundle the activities of the multitude of research units and core facilities by establishing a central contact platform and to further promote synergies between the institutes in order to facilitate the access to advanced biomedical imaging infrastructure for interested users from Ulm and beyond.
The Center for Translational Imaging links the expertise of the following imaging facilities:
CF for Electron Microscopy
CF Small Animal Imaging
Neurology
CF Lasermicroscopy
CF 3 Tesla Whole-body MRI
Nuclear Medicine
CF Laser Mikrodissection
CF PET/MR
Radiology
Biophysics
Internal Medicine II
Central Ultrasound
More Information
Announcements
News
MoMAN 2nd Funding Period Approved!
We are very pleased that the German Research Foundation (DFG) has approved our application for the second funding period (2021-2022) of MoMAN!
Job offer
The CF Microscopy is looking for a light microscopy specialist. Apply now!
Job offer
The CF Small Animal Imaging is looking for a technical assisstant for MRI measurements.
All Core Facilities resumed their full research activities as of Monday, 15th June 2020.
Click here for more information about the relaxation of the corona prevention measures and level 3 precautions.
Publications
Focal alterations of the callosal area III in primary lateral sclerosis: An MRI planimetry and texture analysis
Severe white matter damage in SHANK3 deficiency: a human and translational study
Longitudinal diffusion tensor magnetic resonance imaging analysis at the cohort level reveals disturbed cortical and callosal microstructure with spared corticospinal tract in the TDP-43G298S ALS mouse model
The same cortico-efferent tract involvement in progressive bulbar palsy and in ‘classical’ ALS: A tract of interest-based MRI study
MoMAN is funded by the
MoMAN is part of the DFG database RIsources
MoMAN is a member of
