Why the study?
Pediatric anesthesia requires rapid creation, communication, and execution of anesthesia orders, posing a risk of human error that an order-assisted mobile application aims to reduce.
Does an order-assisted mobile application reduce human error during pediatric anesthesia preparation compared to conventional methods?
Does an order-assisted mobile application reduce human error during pediatric anesthesia preparation compared to conventional methods?
The implementation of an order-assist mobile application significantly reduced human errors by anesthesiologists and nurses during pediatric anesthesia preparation.
App may aid error reduction in pediatric anesthesia; leaves open confirmation via RCTs before adoption.
Pediatric anesthesia requires the rapid creation, communication, and execution of anesthesia orders, and there is a risk of human error. The authors developed an order-assisted mobile application (app) to reduce human error during pediatric anesthesia preparation. The authors conducted an observational study that compared the effects of the application by comparing anesthesiologists’ errors, nurses’ errors, nurses leaving the operating room, and delays in surgery, between the Conventional group (n = 101) and the App group (n = 101). The app was associated with reduced human error by anesthesiologists and nurses, and it lowered the frequency and duration of nurses leaving the operating room during anesthesia. In addition, the authors surveyed anesthesia nurses regarding the effectiveness of the app. The nurses confirmed that the app was convenient and reduced human error. This study revealed that the order-assisted mobile app developed by a pediatric anesthesiologist could reduce human errors by anesthesiologists and nurses during pediatric anesthesia preparation.
No takes yet. Share an insight, caveat, or question.
Shim et al. (2023) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: