TPL_ADMIT_JUMPCONTENT

Research

Cancer and neurodegenerative diseases are a major social challenge. The World Health Organization predicts a steady increase in these diseases, which threaten to become the most common causes of mortality in industrialized countries. Imaging procedures are already used for most diagnostic purposes. About every second cancer patient is treated with radiotherapy during the course of the disease. For this reason, there is a pressing need for research and development in the fields of diagnostics and therapy in order to conduct fundamental research for new applications and to quickly translate new scientific solutions into clinical applications for the benefit of patients.

The LOEWE Research Cluster ADMIT therefore aims to combine new imaging and computer-aided procedures with advanced therapeutic strategies in order to enable an early diagnosis and successful treatment of various forms of cancer and neurodegenerative diseases. The core idea of ADMIT is that the development of new medical-physical methods can improve image-guided therapy and provide new insights. Primarily in the fields of radiology, oncology and neurology, the synergetic areas of data processing, imaging and therapy are to be integrated and implemented in innovative, scientifically viable approaches.

ADMIT combines the interdisciplinary and complementary expertise of various researchers from the University of Applied Sciences (THM), Philipps University Marburg (UMR) and Justus Liebig University Giessen (JLU). The research group is complemented by clinical and corporate partners as well as by long-standing THM cooperation partners from Harvard University, Yale University, and the University of Pennsylvania.

Project Area A

Project Area A

Range Modulator and Neutrons in Particle Therapy with Protons

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Project Area D

Project Area D

Monte Carlo Simulations to Describe the Radiation Effect of Carbon Ions and Protons at the Cellular Level

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Project Area M

Project Area M

Adaptive Radiotherapy: Deep Learning for the Analysis of Daily Imaging

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Project Area I

Project Area I

Spectral Computed Tomography and Low-Dose Image Reconstruction Techniques

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Project Area T

Project Area T

MR Imaging-Assisted Deep Brain Stimulation Therapy

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News

Fighting cancer and Parkinson's with medical physics

Cancer and neurodegenerative diseases are among the greatest health and social challenges of today. Under the leadership of the THM the three universities in Central Hesse have been working together on innovative medical physics approaches in the LOEWE Research Cluster ADMIT (Advanced Medical Physics in Imaging and Therapy) since the beginning of the year in order to meet these challenges. At the opening symposium of the research network at Rauischholzhausen Castle, Hesse's Science Minister Timon Gremmels spoke of a “unique opportunity to improve the lives of many people”.

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Photo: THM
Photo: THM

Boost for advances in medical technology

“Brainmapping Technology”: This is the name of the LOEWE Transfer Professorship, with which the state of Hesse is supporting the utilization of Prof. Dr. Boris Keil`s research. The expert in MRI imaging procedures from the Life Science Engineering Department at THM is working on the further development of magnetic resonance imaging (MRI) for high-precision imaging of the human brain and nervous system.

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