A novel method for conformity assessment testing of patient monitors for post-market surveillance purposes.

Patient monitors are medical devices used to monitor vital parameters such as heart rate, respiratory rate, blood pressure, blood oxygen saturation, and body temperature during inpatient treatment. As such, patient monitors provide physicians with information necessary to adjust the treatment as well as evaluate the overall status and recovery of the patient. Measurements made by intrinsic sensors of patient monitors must be compliant and provide reliable readings in order to ensure safety and optimal quality of care to the patients. This paper proposes a novel method for conformity assessment testing of patient monitors in healthcare institutions for post-market surveillance purposes. The method was developed on the basis of metrology characteristics of sensors used to monitor vital parameters observed by patient monitors and evaluation of their vital safety and performance parameters. In addition to the evaluation of essential safety and visual integrity of patient monitors, their performance in terms of accuracy of the readings is evaluated. The developed method was validated between 2018 and 2021 in healthcare institutions of all levels. The results obtained during validation suggest that conformity assessment testing of patient monitors as a method used during PMS contributes to significant improvement in devices' accuracy and reliability. A standardized approach in conformity assessment testing of patient monitors during PMS, besides increasing reliability of the devices, is the first step in digital transformation of management of these devices in healthcare institutions opening possibility for use of artificial intelligence.

Citation

Almir Badnjevic, Amar Deumic, Adna Softic, Lejla Gurbeta Pokvic. A novel method for conformity assessment testing of patient monitors for post-market surveillance purposes. Technology and health care : official journal of the European Society for Engineering and Medicine. 2023;31(1):327-337

Mesh Tags

PMID: 36530105

search → result