The research team has shown that hospitals can collaboratively train AI models for surgical video analysis without exchanging sensitive patient data. Their study has been published in NEJM AI.
Across the city, thousands of science enthusiasts experienced research and innovation first hand, including at two interactive stations organized by the EKFZ.
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AI agent MIRA supports clinical workflows in electronic health records as a co-pilot
The next stage of medical AI: AI agent MIRA evaluated autonomously medical information, ordered tests, and prepared diagnostic and treatment decisions within electronic health records in a simulated hospital information…
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Simulating stress, sadness, and anxiety in LLMs
A research team from TU Dresden has now shown that LLMs can reproduce patterns of human emotions such as anxiety, sadness, or stress.
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Fiona Kolbinger receives 2026 Jung Career Advancement Award for Medical Research
In recognition of her work on AI-supported cancer surgery, Clinician Scientist Dr. Fiona Kolbinger, MD, PhD, receives the 2026 Jung Career Advancement Award endowed with 210,000 euros.
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AI-based medical devices in intensive care
Two new publications in npj Digital Medicine provide a systematic overview of AI-enabled medical devices for intensive care units (ICUs) and examine how the field may evolve.
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Conductive Hydrogel Enables Electrical and Biochemical Signal Control
Dresden research teams have developed a bioinspired hydrogel that combines electrical and biochemical signal control for the first time.
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Guidance for safer AI-enabled medical devices
The safety of AI-enabled medical devices depends also on how people interact with these systems.
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Designed as an intensive spring school, the program provides an entry point into interdisciplinary research and innovation in digital health.
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