ABSTRACT
Aims: To bridge the gap between evidence synthesis research into the impact of the pandemic on people with diabetes (PWD) and the reality of lived experience, and give PWD space to share and reflect on their experiences. Method(s): Through a socially-distanced public engagement project, working with artists, clinicians, researchers, and PWD, we created a physical art installation and digital interactive exhibition to capture individual experiences of living through the pandemic with diabetes. PWD could submit art or written work in any form for inclusion. We evaluated public engagement by participant numbers and demographics, visitors to the digital exhibition, and written feedback. Viewers could complete an optional survey sharing thoughts about the project. Result(s): 26 people aged 16-74 years submitted to the project;58% had had type 1 diabetes, 27% had type 2 diabetes. 708 people viewed the digital exhibition (diabetescovid. art) in the first 2 months. Their responses to the exhibition included: brave, overwhelming, scary, resonating with personal experience, community giving voice, thought provoking, moving, emotional, motivating, insightful, interesting, fascinating;all respondents said they had learned from the exhibition. Summary: Our PPI representative summarised her experience of the project: "Health research is not just about the clinical, it is also about recognising, empathising with and learning from the experiences of people as demonstrated in this project. Patient involvement in research is about helping to bring about progress. It is about learning more about one's own health and well-being and also about giving something back. Above all, it is about hope.".
ABSTRACT
AIMS: Assess the feasibility of using light from artificial sun lamps to decontaminate N95 filtering facepiece respirators (FFRs) contaminated with SARS-CoV-2. METHODS AND RESULTS: FFR coupons or whole FFRs contaminated with 5 log10 TCID50 (target concentration) SARS-CoV-2 in culture media, simulated saliva, or simulated lung fluid were dried for 1-2 h, then exposed to light from tanning and horticulture lamps to assess decontamination. Exposed coupons and whole FFRs showed SARS-CoV-2 inactivation for all matrices tested. Furthermore, FFRs still met performance specifications after five decontamination cycles. CONCLUSIONS: It is feasible that artificial sunlight from these sun lamps can be used to decontaminate FFRs provided the UV dose is sufficient and the light is unobstructed. Furthermore, decontamination can be performed up to five times without degrading FFR performance. SIGNIFICANCE AND IMPACT OF THE STUDY: This research shows a proof of principle that artificial sun lamps may be an option to decontaminate SARS-CoV-2 on N95 FFRs. UV doses required for inactivation to levels below detection ranged from 4 to 37·8 J cm-2 depending on the light source, virus matrix and FFR type.