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iMOL
PIs
Amparo Acker-Palmer
Achilleas Frangakis
Mike Heilemann
Matthias Kaschube
Franziska Matthäus
Ernst Stelzer
Beata Turoňová
Tatjana Tchumatchenko
Florian Wilfling
Maike Windbergs
Projects
Project list
A1: Light sheet-based fluorescence microscopy, sample holder systems, high-throughput/high-content LSFM
A2: Super Resolution Microscopy
A3: New image registration and reconstruction tools for electron tomography
Β1: Imaging the neurovascular interface
B2: Electron tomography of cell-cell junctions
B3: 3D insights into cellular processes governing wound healing and tissue regeneration
B4: Investigation of neurodegenerative disorders using Raman microscopy
B5: Structure identification in single particle velocity vectors
B6: Visualization and analysis of phagophore initiation
C1: Identifying signatures of prospective and retrospective coding in multi-cell data
C2: Segmentation, tracking, and pattern recognition for molecular biology
C3: Analysis of cell motility and cell-cell interactions for multicellular systems
C4: Fast GPU implementation and user-friendly GUI toolbox for the analysis of microscopy data
C5: Developing tools for extraction and registration of complex morphological features in cryo electron tomography
PhD Students
First cohort of PhD students
Nensi Alivodej
Alexandra N. Birtasu
Utz H. Ermel
Lukas Euler
Artemiy Golden
Mariia Golden
Levin Hafa
Annika S. Häßler
Soohyen Jang
Zoë Lange
Sina Manger
Albert Miguel Lopez
Deborah Moser
Pamela Osuna Vargas
Marc Pereyra
Johanna Rahm
Pia K. Vestweber
Maren Wehrheim
Second cohort of PhD students
Helen Holzke
Alexandra Kaminer
Irem Keles
Delong Li
Mbuso S. Mantanya
M. Maurycy Miękus
Pauline Roth
Johannes D. Schefer
Lilli Skär
Giulia Tonon
Kaja N. Wächtershäuser
Annika Wenzel
Rutian Zhou
News
Publications
Events
Seminar series
Winter Schools
Goethe University
Facilities / Infrastructure
Advanced Light Microscopy
Electron Microscopy
Super-Computing Cluster
Mass Spectrometry
Services
GRADE
Equal Opportunities Office
Technology Transfer
Contact
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Impressum
Delong Li
Wilfling Group
B6 –
In situ
ultrastructure of lysosomes in health and disease
Overview of our events
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