Papers
4
Total Citations
46
H-Index
3
About
Jana Huber is a pioneering researcher in the intersection of critical care medicine and robotics, focusing on the early mobilization of intensive care unit (ICU) patients. Her primary research areas include robotic-assisted rehabilitation, ICU-acquired weakness prevention, and healthcare technology integration. Huber’s major contribution is the development and clinical validation of the VEMOTION® robotic assistance system, designed to overcome staffing shortages and logistical barriers that limit early mobilization in ICUs. Her feasibility study (2022, 17 citations) established the protocol for adaptive robotic support, while her first-time clinical use paper (2024, 14 citations) demonstrated successful real-world integration. A landmark prospective interventional cohort study (2024, 14 citations) showed that robotic-assisted mobilization significantly reduces ICU-acquired weakness compared to conventional methods, directly impacting patient mortality and quality of life. Huber’s work addresses a critical gap: approximately one in three ICU survivors suffers from muscle weakness, and her research provides a scalable solution. Her longitudinal study (2025) further quantifies how robotic systems can relieve mobilizing specialists, offering a sustainable model for understaffed hospitals. With over 46 citations across her key papers, Huber is shaping the future of critical care rehabilitation, making her research essential for clinicians, engineers, and healthcare policymakers seeking to improve patient outcomes through innovation.
Research Focus
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Top Papers
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