Authors
Alastair S Macdonald, Mark A Chambers, Roberto La Ragione, Kayleigh Wyles, Matthieu Poyade, Andrew Wales, Naomi Klepacz, Tom R Kupfer, Fraje Watson, Shona Noble
Publication date
2020/9/4
Volume
2
Pages
139-141
Publisher
Sheffield Hallam University
Description
Context: effective infection prevention and control (IPC) is essential for tackling anti-microbial resistance (AMR). The update of appropriate IPC is heavily influenced by human risk perception and consequently how humans interact within a healthcare environment. A referral veterinary practice provided the site for the development of an IPC training intervention.
Aim: to provide an appreciation of infection risk in the veterinary surgical environment by designing and piloting a novel training intervention supported by a 3D digital simulation tool which ‘makes the invisible, visible’. The ultimate goal is to motivate changes in perception and ultimately behaviour needed to reduce risk of infection.
Method: A mixed-methods approach was informed by: video data to determine workflow actions and interactions between people, animals and the practice environment; evaluation of risky procedures and behaviours associated with infection transmission; iterative prototyping of the 3D tool allowing normally invisible bacteria to be ‘seen’ as they spread via contact between actors in the environment; four co-development workshops; and deployment in a UK veterinary school.
Development: The 3-D digital tool comprised a surgical preparation area with avatars (3 clinical staff, 1 canine patient) [figure 1], enabling users’ attention to focus on visual cues showing contamination sources, their spread, and IPC. The grey-based monochrome model enabled enhanced visibility of IPC and contamination information. A red-shaded ‘contamination’ layer was added, showing the potential transfer of microbes during the sequence of procedures in the preparation stage [figure 2 …
Aim: to provide an appreciation of infection risk in the veterinary surgical environment by designing and piloting a novel training intervention supported by a 3D digital simulation tool which ‘makes the invisible, visible’. The ultimate goal is to motivate changes in perception and ultimately behaviour needed to reduce risk of infection.
Method: A mixed-methods approach was informed by: video data to determine workflow actions and interactions between people, animals and the practice environment; evaluation of risky procedures and behaviours associated with infection transmission; iterative prototyping of the 3D tool allowing normally invisible bacteria to be ‘seen’ as they spread via contact between actors in the environment; four co-development workshops; and deployment in a UK veterinary school.
Development: The 3-D digital tool comprised a surgical preparation area with avatars (3 clinical staff, 1 canine patient) [figure 1], enabling users’ attention to focus on visual cues showing contamination sources, their spread, and IPC. The grey-based monochrome model enabled enhanced visibility of IPC and contamination information. A red-shaded ‘contamination’ layer was added, showing the potential transfer of microbes during the sequence of procedures in the preparation stage [figure 2 …
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AS Macdonald, MA Chambers, R La Ragione, K Wyles… - 2020