Article
Publicly Available
Cognitive Ergonomics and Informatory Load in Anesthesia
-
S. Pfeffer
,
T. Maier
Published/Copyright:
August 31, 2012
Published Online: 2012-08-31
© 2012 by Walter de Gruyter Berlin Boston
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- Standardized research on ergonomics, usability and workflow analysis using high fidelity simulation labs
- Taxonomies of errors can act as a tool to increase patient safety
- Cognitive Ergonomics and Informatory Load in Anesthesia
- Ergonomic Problems Originating in the Use of High-Frequency and Ultrasonic Medical Devices
- Definition of product requirements of a MR compatible bone biopsy system using workflow analysis
- User-friendly design of a drug delivery system for Parkinson patients
- Risk Management: Integration of a passive UHF-RFID system in medical environment
- Acoustic noise control during auditory fMRI using a DSP system - first initial in vivo results
Articles in the same Issue
- Standardized research on ergonomics, usability and workflow analysis using high fidelity simulation labs
- Taxonomies of errors can act as a tool to increase patient safety
- Cognitive Ergonomics and Informatory Load in Anesthesia
- Ergonomic Problems Originating in the Use of High-Frequency and Ultrasonic Medical Devices
- Definition of product requirements of a MR compatible bone biopsy system using workflow analysis
- User-friendly design of a drug delivery system for Parkinson patients
- Risk Management: Integration of a passive UHF-RFID system in medical environment
- Acoustic noise control during auditory fMRI using a DSP system - first initial in vivo results
