Further Medical-Technical activities

In addition to the various work packages, the Research Campus STIMULATE is involved in several interdisciplinary scientific fields.

Furthermore, some projects have been completed in the recent past and their results are available to academic and economic partners.

Ongoing activities:

• transPORT Office
• Agri-PET/MRI
• Industry-in-Clinic Model Project: “Simulation-based optimization of flow-diverters for the treatment of intracranial aneurysms" (SOFINA)
• „COCOON“ – aCOustiC Optimized hOusiNg
• Flow cytometer for individualised therapy in tumour treatments through systematic recording of the immune profile
• Virtual reality supported emergency simulation for medical education and training (VR-MED)
• Medical Tracking and AR Interaction System (medAR)
• SFB 1436 - Z02 "Human imaging at meso-scale"
• Time resolved Raman and metabolic imaging spectroscopy studies for detection, identification and treatment control of microbial activity in chronic inflammation and carcinogenesis (TIRAMISU)
• Cross-scale coupling of vascular haemodynamics for AI-based, standardised evaluation of neurological pathologies
• MultiMersive: Enhanced interaction with virtual content (InterActVR)
• Patient-centred room and workflow concepts for interventional radiological procedures on an angio-CT system (Funding: LSA)
• Positron Emission Tomography in Agriculture and Life: PET for the study of wheat growth in biotic and abiotic stress (PETAL)
• Sino-German Mobility Programme: Interventional Brain PET/CT
• EMERGE
• ZIM Network INSTANT
• GEPARD – Vessel Wall Simulation and Visualization for Patient-Specific Blood Flow Prediction for Intracranial Aneurysm Modeling
• GUFI
• Improving Spatial Perception for Medical Augmented Reality with Interactable Depth Layers
• Planning, Navigation and Monitoring Device for CT-guided Interventions

finished projects:

• STIMULATE BMBF Phase 1
• BMBF-Pre-Phase
• MEMoRIAL
• Home 2.0 - Development and evaluation of a system for telemedical recording of neurological-clinical parameters in the domestic environment
• KIDs-CT
• Industry and clinic platform - conception phase
• LTS magnet for neonatal MR tomography
• Modality Medical Explorer - Development of a method for improving medical diagnostic imaging of X-ray equipment and its technical implementation (MME)
• Research and development of a gradient system for neonatal MR tomograph
• Experimental computer tomograph
• AVATAR
• Augmented Reality supported 3D laproscopy
• Individualised Flow Diverter treatment (Belucci) - Development of a design tool for computer-aided design of individual flow diverters (IFD)
• Pre-development and development of an actively shielded superconducting magnet for MR tomography
• VR/AR-based Explorer for Medical Education
• Biofeedback-based AR system for medical balance training
• A VR-UI for Virtual Planning and Training Applications over Large Distances
• Intelligent Insole for Interaction Applications
• Development of an MRI contrast agent injector based on a modular drive platform for injection/infusion application; development of hardware and software for controlling the application of contrast agent and the MRT-compatible drive
• Sensortracking
• 2D Map Display to Support Neurosurgical Interventions
• VirtualAnatomy - Development of didactic interaction possibilities for the anatomy platform as well as development of advanced visualization techniques for multimodal data
• ASTER
• Development of new devices and instruments for interventional magnetic resonance imaging
• Euro-BioImaging
• INKA
• MoBeStAn
• TASC
• ViERforES
• PlaqueCharm
• Visual Analytics in Public Health
• AngioNAV
• KOMET
• Evaluation and optimization of a sensor for non-contact gesture control
• Augmented Reality Visualisation for 3D-laparoskopy
• Innovation voucher Tracking
• Motion correction MRI
• Rotatable high pressure connector
• Highly Accelerated Distortion-Free Diffusion-Weighted MR Imaging at Ultra High Field (7T): Gray Matter Characterization
• Fusion Ultrasound and X-ray imaging
• Dynamic Perfusion
• Visualization station for high-precision orthopedic procedures
• INKA - Embedded
• Thyroid Imaging
• Optimization of MRI imaging of brachytherapy seeds
• Placement of self-expanding implants after tumor therapy
• Foot-Eye Interaction to Control Medical Software under Sterile Conditions
• Evaluation of Projector-Sensor Systems for Medical Applications
• INKA - Catheter Technologies
• RGR-based motion tracking for real-time adaptive MR imaging and spectroscopy (NIH)
• Neurobiology of motivated behavior A12: Habenular (dys)function in decisions on approach and avoidance
• ego.-INKUBATOR - Image Guided Therapy (IGT)
• ego.-INKUBATOR -FLEXTronic
• Research and development of an RF system for neonatal MR tomography
• RadiologiX - Investigation of methods for the first precise, objective and fully automated analysis of spinal radiological image data
• 3D projection display for training and support of medical interventions
• Hometraining for the therapy of cognitive disorders
• Next Generation of Surgical Simulators for Surgical Planning, Training and Education
• Further development of hepatic microwave ablation - improving the treatment efficiency of liver tumors through patient-specific planning
• Automated Online Service for the Preparation of Patient-individual 3D Models to Support Therapy Decisions
• Improving spatial perception for medical augmented reality applications through illustrative visualization techniques and auditory feedback
• MedProjection