DKTK Core Facilities: Imaging

© Joint Imaging Platform at dkfz. Source: https://jip.dktk.dkfz.de/jiphomepage/

Distributed IT Infrastructure for Multicenter Cohort Analysis in Imaging​

The Joint Imaging Platform aims to introduce a technical infrastructure which enables modern and decentralized research in the field of imaging within DKTK. The main focus is on using and evaluating modern machine learning methods for oncological (medical) research projects. In line with CCP-IT and RadPlanBio, JIP also constitutes a strategic initiative within DKTK. The common infrastructure will strengthen the cooperation between the participating hospitals as well as multicenter studies.

Imaging procedures within radiology and nuclear medicine play an increasingly important role in cancer research, both in diagnostics and treatment monitoring of oncological diseases. This field is developing constantly and quickly. The enormous progress in the evolution of artificial intelligence also leads to considerable development in radiological research. The automatic analysis of image data, such as tumor characterization by means of Radiomics, enables the extraction of the most diverse and highly complex information. Afterwards, this information can be correlated with clinical data in order to obtain new findings regarding diseases or even to evaluate the individual treatment situation (Precision Medicine).

In this context, the JIP complies with the highest data protection requirements as it focuses on the distribution of processing methods (algorithms) instead of personal data. The local image data are protected with a state-of-the-art encryption system and are stored within the clinical IT infrastructure of the individual locations at any time. In case data exchange might be necessary within the context of multicenter studies, this can be done – upon the patients‘ agreement - in a pseudonymized way.

More information can be accessed via the website of the "Joint Imaging Platform".

Coordinators

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Prof. Dr. Heinz-Peter Schlemmer

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PD Dr. Klaus H. Maier-Hein

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Prof. Dr. med. Dr. rer. nat. Dipl.-Bioinf.​ Jens Kleesiek

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Dr. Marco Nolden

Berlin Experimental Radionuclide Imaging Center (BERIC)

The BERIC offers as a core facility of the Charité all modalities of modern hybrid small animal imaging with radiopharmaceuticals.

The multidisciplinary team is using its expertise and the latest state-of-the-art equipment (SPECT / CT, PET / MR; Angiography/PET, Fig. 2) available to users. The service offered includes all steps from consulting to study design, the tracer selection, tracer production, keeping of radioactive animals, conduction of the animal experiments, including image and data analysis and data storage as well as post mortem biodistribution experiments. The BERIC also offers services such as radiolabeling of ligands, in vitro evaluation of tracers and the generation of (genetically modified) cell lines and animal models (orthotopic, subcutaneous and metastatic tumor, stroke and myocarditis models etc.). Own research interests within the BERIC concentrate on the development and characterization of new radiotracers and theranostics for various tumor entities, as well as the development of new quantitative multi-parametric imaging approaches.

Contact

Dr Nicola Beindorff
Phone: 030 450 657 013
Email: nicola.beindorff@charite.de

Small Animal Imaging and Radiotherapy Platform

Preclinical in vivo studies using small animals are essential to develop new therapeutic options in radiation oncology. Of particular interest for radiation oncology are tumor xenografts and orthotopic tumor models, which better reflect the clinical situation in terms of growth patterns and micro-environmental parameters of the tumor as well as the interplay of tumors with the surrounding normal tissue. Orthotopic models increase the technical demands and the complexity of preclinical studies as local irradiation with therapeutically relevant doses requires image-guided target localization and accurate beam application. Furthermore, advanced imaging techniques are needed for monitoring treatment outcome. Dresden features the full spectrum of bio-imaging, radiomics and image-guided radiotherapy (IGRT) for small animals. Available bio-imaging facilities include CT, PET/CT, PET/MRI, ultrasound and optical imaging (e.g. bioluminisence). Next to a fully equipped conventional small X-ray animal irradiation platform, a novel small animal image-guided radiation therapy (SAIGRT) system was developed in Dresden. It allows precise and accurate, conformal radiation therapy and x-ray imaging of small animals.

For more information visit the SmallAnimal Imaging and Radiotherapy Platform Dresden

IMCES - Imaging Center Essen

IMCES is a core facility within the Institut für Experimentelle Immunologie und Bildgebung at the Faculty of Medicine, Universitätsklinikum Essen and Universität Duisburg-Essen. The facility brings together state-of-the-art equipment and expertise in light and electron microscopy, in vivo and intravital imaging, and image analysis. These services are available to all researchers, irrespective of location and affiliation.

The IMCES laboratories and microscopy rooms have permission for working at the S1 and S2 biological safety level.

For more information visit the Imaging Center Essen

Cell Sorting and Imaging Facility Freiburg

The CCCF member department Hematology, Oncology and Stem Cell Transplantation operates a core facility for FACS based cell analysis, high speed cell sorting, confocal microscopy and high content screening/image cytometry.

For more information visit the Core Facility atUniversity Freiburg