Using photon disinfection technologies for reducing bioburden in hospitals
Nazeer, Mohamed Niroz Mohamed; Aholaakko, Teija-Kaisa (2023)
Nazeer, Mohamed Niroz Mohamed
Aholaakko, Teija-Kaisa
Mark Allen Group
2023
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi-fe20231023141045
https://urn.fi/URN:NBN:fi-fe20231023141045
Tiivistelmä
Background: Environmental cleaning and disinfection is the basis of the prevention of healthcare-acquired infections (HAIs). Aim: This study aimed to describe photon disinfection technologies (PDTs), report their impact on inactivating micro-organisms and preventing HAIs and to create recommendations for their implementation in hospital settings. Methods: An integrated literature review was completed to evaluate and report the impact of PDTs in hospital settings. The quality of 23 articles were assessed, their contents analysed and results reported according to the PICOT
model. Findings: The microbiological impact of the PDT varied by microorganism, settings and according to the used devices. It was crucial that environmental cleaning was completed before the disinfection. Conclusion: The implementation of PDT in the hospital setting requires inquiry from the viewpoints of microbiological, environmental, occupational, technical and human safety. To enhance the safe implementation of PDTs, the construction and use of evidence-based global standards for PDT are crucial.
model. Findings: The microbiological impact of the PDT varied by microorganism, settings and according to the used devices. It was crucial that environmental cleaning was completed before the disinfection. Conclusion: The implementation of PDT in the hospital setting requires inquiry from the viewpoints of microbiological, environmental, occupational, technical and human safety. To enhance the safe implementation of PDTs, the construction and use of evidence-based global standards for PDT are crucial.