Risk Analysis for Liver Surgery
© Fraunhofer MEVIS
Planning and risk analysis for the surgical removal of a centrally located liver tumor.

Image-Guided Therapy

Liver Tumor Surgery Planning: Planning and risk analysis for the surgical removal of a centrally located liver tumor.

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Radiofrequency applicator RFA Radio Frequence Ablation in Liver Tumor
© Fraunhofer MEVIS
A radiofrequency applicator is placed in a liver tumor. The expected zone of destruction caused by heat is estimated by a fast approximation method.

Image-Guided Therapy

Software Assistance for Needle Based Intervention: The expected zone of destruction for RF ablation is estimated by a fast approximation method.

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Risk analysis for planning a lung resection
© Fraunhofer MEVIS
Risk analysis for planning a lung resection.

Image-Guided Therapy

Lung Surgery: The extent of lung segments and tumor-surrounding surgical margins are visualized for optimal planning of surgical interventions.

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Image-Guided Therapy

In image-guided therapy (IGT) the medical doctor uses digital image data for therapy decision-making, planning, conducting, and evaluation of the therapy. By integrating device-created data flows with relevant information from imaging and non-imaging data our software provides effective guidance information to let the doctor "see under the surface” and “beyond the eye”.

We provide technological capabilities for planning, delivering and monitoring of image-guided therapy.

 

 

Minimally-Invasive Interventions: An Outlook into the Future

Highlights

 

Risk Analysis and Planning for Liver Surgery

Support for Tumor Resections and Living Donor Liver Transplantations

 

Software Assistance for Needle Based Intervention

Fraunhofer MEVIS develops software solutions for image-guided interventions.

 

Virtual Cardiovascular Intervention & Surgery

Our image-based patient-individual modeling approaches for the simulation of treatment options facilitate the selection of the most promising intervention strategy and improve treatment quality.

 

Neuroimaging Software Solutions

Support for the evaluation in neuroimaging studies, including preprocessing and structural and functional quantification.

 

Surgical Planning for Lung Cancer

Software assistance enables optimal selection of resection areas and extent prior to surgery.

 

Software Assistance for Endovascular Interventions

Fraunhofer MEVIS develops software solutions for endovascular interventions, especially endovascular navigation.

 

Intervention Planning in Orthopedics

Supporting diagnostics and therapy by patient-specific kinematic analysis

At a Glance

Custom Software Solutions

We develop software solutions individually tailored and quality assured for your product. 

 

Innovative Algorithms

From import of imaging data over intuitive visualisation to hardware integration we provide quality assured modules for your solution.

Clinical Translation

Bringing your research tool into a clinically applicable product we assist in translation, integration, and quality assurance.

 

Interdisciplinary Research

In international and interdisciplinary consortia we are your strong partner in developing, targeting, conducting and coordinating research projects.

Tobias Preusser

Contact Press / Media

Prof. Dr. rer. nat. Tobias Preusser

Deputy Institute Director

Fraunhofer Institute for Digital Medicine MEVIS
Max-von-Laue-Str. 2
28359 Bremen

Phone +49 421 218-59005