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Anwendung von Wearables zur Gefährdungsbeurteilung sowie Arbeitsumfeldbewertung in unterschiedlichen Tätigkeitsfeldern (2023)
Merkel, Torsten ; Buruck, Gabriele ; Hellbach, Sven ; Herold, Rigo ; Teich, Tobias ; Dietrich, Fabian ; Fischer, Sandro ; Franke, Daniel ; Freier, Aaron ; Liebl, Stefanie ; Junghans, Sebastian ; Junghans, Toni ; Nausch, Patrick ; Puhl, Alina ; Weidenmüller, Falk
Kommentierung ESRS E5 - Ressourcennutzung und Kreislaufwirtschaft (2023)
Sopp, Guido ; Sopp, Karina ; Rogler, Silvia
Berichterstattung über soziale Belange ab 2024 - Anforderungen nach den Draft-ESRS und Abgrenzung zu weiteren Regelungen (2023)
Sopp, Guido ; Sopp, Karina
Bilanzielle Abbildung von dynamischen Risikomanagementpraktiken (2023)
Sopp, Guido ; Schwarzäugl, Ingrid
Praxis des Hedge Accounting unter dem Einfluss von Covid-19 (2023)
Sopp, Guido ; Schröder, Luis
Praxishandbuch CRR III | CRD VI: Die Umsetzung von Basel IV in Europa (2024)
Sopp, Guido ; Schiele, Christian
Bilanzierung von Finanzinstrumenten mit Merkmalen von Eigenkapital beim Emittenten - IASB Exposure Draft 2023/5 (2024)
Sopp, Guido ; Bura, Iryna ; Schwarzäugl, Ingrid
Bilanzierung von nachhaltigen Finanzierungsformen vor dem Hintergrund des IASB/ED/2023/2 (2023)
Sopp, Guido ; Bura, Iryna ; Schiele, Christian
Technical Innovations in Stroke Rehabilitation - an Interdisciplinary Approach to the Advancement of Brain-Computer Interfaces (BCI) in Conjunction with Functional Electric Stimulation (FES) (2023)
Schaal, Tom ; Tischendorf, Tim ; Winterlich, Julia ; Liebl, Stefanie
Rehabilitation after Stroke: Practicable Functionalities and Benefiting Patients of Brain-computer Interfaces in Combination with Functional Electrical Stimulation – A Qualitative Interview Study (2022)
Wetzel, Dominik ; Winterlich, Julia ; Schaal, Tom
Introduction: Brain-computer interfaces in combination with functional electrical stimulation (BCI-FES) is currently researched whether it is a viable approach for post-stroke rehabilitation, but it is important to know which patient groups can benefit from such systems and what features it should have to be accepted and used in a clinical context. Materials and Methods: A qualitative interview study with eight staff members from a regional hospital with a supraregional stroke unit was conducted. Categories where independently extracted from the answers. Results: The results indicate that such systems must be easy to operate, quick to setup, and should possibly be usable at home. The interviewees state that Phases A and B patients (acute rehabilitation and early rehabilitation) may not benefit from such systems as they usually do not have the cognitive abilities to understand and implement the instruction. Conclusion: BCI-FES system is currently not useful for inpatient rehabilitation routine of a stroke unit due to the lack of time and complexity of such systems. Furthermore, it should be evaluated how Phases C and D patients (follow-up rehabilitation) can benefit from such systems.
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