Fraunhofer’s NGS-based blood test detects pancreatic cancer early via DNA methylation analysis, distinguishing tumor types and stages with high accuracy.

Fraunhofer researchers are developing a hybrid X-ray and radar imaging system to diagnose cancer accurately while significantly reducing patient radiation exposure.

The self-sufficient platform features solar-powered refrigeration, water purification, on-site disinfectant production, and options for satellite/mobile communication and portable diagnostic equipment for remote medical care.

Using the Fraunhofer MEVIS-developed deep learning software, we can compare lung CT scans and detect tumor changes 11% more accurately and ten times faster.

This innovative system from Fraunhofer uses radar to track heart activity wirelessly, offering a comfortable, sensor-free solution for continuous patient health monitoring.

Eight Fraunhofer Institutes to Present Innovations in AI, Robotics, and Connected Data Spaces for Enhanced Patient Care​.

An AI-powered full-body scanner detects melanoma early in six minutes. Fraunhofer researchers ensure reliability and safety using explainable AI technologies.

Fraunhofer IMWS researchers developed a cost-effective method using laser swelling to create microlenses by heating polymers, causing internal pressure that forms tiny, durable lenslets.

Researchers are developing digital patient twins to replicate human biology, allowing virtual medication testing and exploring possibilities, challenges, and potential of the technology.

Spatial light modulators enable high-precision light projection, material processing, and optical signal transmission, with potential applications in 3D holography, imaging, and biomedical fields.