Electronic Health Records on the Top of Medical Device Incident Reports

Publisher Copyright: © 2022 European Federation for Medical Informatics (EFMI) and IOS Press.Medical Device incident reporting is a legal obligation for professional users in Finland. We analyzed all medical device incident reports recorded into the national incident repository from January 2014 to August 2021. Almost 30% of the total of 5,897 recorded incidents were caused by top ten devices, of which electronic health records were the most common (332 incidents). High number of incidents caused by electronic health records arouses safety concerns. A further analysis is required to explore the causes of findings.Peer reviewe

Medical Device Incident Reports by Professional Users in Finland 2014 2021

Publisher Copyright: © 2022 The authors and IOS Press.Medical Device incident reporting is a legal obligation for professional users in Finland. We analyzed all medical device incident reports recorded into the national incident repository from January 2014 to August 2021. Among the total 5,897 records, annual numbers of incident reports varied between 463 and 1,190. Approximately 80% of the medical device incident reports were near misses, 18.7% were person injuries and 1.3% deaths. The number of annual medical device incident reports between hospital districts varied more than expected when related to the population of catchment area. There was a tendency towards lesser reports per population from smaller hospital districts. In conclusion, medical device incident reporting activity of the professional user varied both annually and geographically. A high number of incidents caused person injuries or even death, which arouses safety concerns. A further analysis is required to explore the causes behind our findings.Peer reviewe

Advances in Informatics, Management and Technology in Healthcare

Medical Device incident reporting is a legal obligation for professional users in Finland. We analyzed all medical device incident reports recorded into the national incident repository from January 2014 to August 2021. Among the total 5,897 records, annual numbers of incident reports varied between 463 and 1,190. Approximately 80% of the medical device incident reports were near misses, 18.7% were person injuries and 1.3% deaths. The number of annual medical device incident reports between hospital districts varied more than expected when related to the population of catchment area. There was a tendency towards lesser reports per population from smaller hospital districts. In conclusion, medical device incident reporting activity of the professional user varied both annually and geographically. A high number of incidents caused person injuries or even death, which arouses safety concerns. A further analysis is required to explore the causes behind our findings

Extended Reality Is Underutilized in Medical Device Training : A Descriptive Literature Review

This descriptive review provides a synthesis of existing literature about the use of extended reality (XR) including virtual (VR) and augmented reality (AR) technology solutions for competence assurance, training and orientation regarding digital skills and medical device training. From the literature, only few original studies were recognized with a study question or aim to assess medical device training as the target of virtual training modalities. XR methods could provide potential useful solutions to improve medical device competence. Based on the literature, it was evident that further studies are required to research the possibilities of XR technologies to improve medical device training.publishedVersionPeer reviewe

Medical Device Safety Training by Using Quick Response Codes and Extended Reality-Based Technologies

This article describes the results of three different study settings where the use of QR codes and XR technologies were tested for medical device training among 132 social and health care professionals. Data from three types of learning events and different contents of training indicated that the professionals considered these novel technologies both beneficial for learning and useful in their working environments for training safe use of medical devices. Based on the collected data, these technologies can be considered prospective options for medical device training.publishedVersionPeer reviewe