A mixed methods evaluation of the impact of a cost-of-living policy and practice hub on integrated care strategies.

OBJECTIVES: The cost-of-living crisis is a public health threat; however, the effects of the rising cost of living were not a policy priority for integrated care systems (ICSs) in early 2022. At the request of ICS leaders, the National Health Service (NHS) Confederation created an online cost-of-living hub in October 2022 to raise awareness of the consequences of the rising cost of living among ICS policymakers and support systems in mitigating these effects. This study aims to investigate the impact of this hub. STUDY DESIGN: Mixed methods. METHODS: To quantify hub utilisation, the hub viewing figures collected by the NHS Confederation website were analysed. A thematic analysis was performed to characterise how cost-of-living features in integrated care strategies, and the results compared to information published on the hub. RESULTS: The pages that comprise the hub were well engaged with, having between 2736 and 6161 views. Alongside this, the impacts of the rising cost of living feature extensively in integrated care strategies, being discussed in 32 out of 37 strategies across four contexts: health, communities, economic, and environmental. The significant majority of subthemes reflect points made by the hub. CONCLUSION: These results suggest the hub may have raised awareness about the impacts of-and possible responses to-the cost-of-living crisis among ICS policymakers. This may act as an impetus and guide for future public health interventions using policy and practice hubs. Furthermore, the discussion of cost-of-living across a range of contexts implies ICSs are engendering a collaborative, system-wide approach to tackling complex local issues.

Automated screening of control potential with spatially explicit results to support dialogue about sewer overflow reduction and beyond.

For real-time control to become a standard measure for upgrading urban drainage systems, control potential screenings need to be easily integrated into the early planning processes that already take place. However, current screening methods are either not aligned with the present planning process, unrelatable for water managers or too time-consuming. We therefore developed an automated screening methodology through a co-design process with six Danish utilities. The process started out from a literature review, included interviews and workshops, and resulted in the control potential screening tool COPOTO. In the co-design process, utilities generally responded that indicators based solely on an assessment of static system attributes are insufficient. Thus, COPOTO instead post-processes the results of urban drainage simulation models that are commonly available. The decision context considered in initial planning phases was found to include environmental, economic, social and technical objectives that were highly case-dependent. When presenting CSO reduction potentials, the utilities therefore generally preferred interactive, spatially explicit visualisations that link the CSO reduction at a particular location to the storages and actuators that need to be activated. This enables water managers to discuss, for example, operational constraints of a considered control location. COPOTO provides such assessments with very limited manual and computational effort and thus facilitates the integration of real-time control into standard planning workflows of utilities.

DigiDOP: A framework for applying digital technology to the Differential Outcomes Procedure (DOP) for cognitive interventions in persons with neurocognitive disorders.

We present a framework -Digi-DOP- that includes a series of evidence-based recommendations to design and apply cognitive interventions for people with Neurocognitive Disorders (NCDs) using a relatively new approach, the Differential Outcomes Procedure (DOP). To do so, we critically review the substantial experimental research conducted with relevant clinical and non-clinical populations, and the theoretical underpinnings of this procedure. We further discuss how existing digital technologies that have been used for cognitive interventions could be applied to overcome some of the limitations of DOP-based interventions and further enhance DOP benefits. Specifically, we present three digital DOP developments that are currently being designed, investigated and/or tested. Finally, we discuss constraints, ethical and legal considerations that need to be taken into account to ensure that the use of technology in DOP-based interventions proposed here does not widen disparities and inequalities. We hope that this framework will inform and guide digital health leaders and developers, researchers and healthcare professionals to design and apply DOP-based interventions for people with NCDs.

10 años de infecciones nosocomiales en el Hospital Santo Tomás / 10 years of nosocomial infections at the Santo Tomás Hospital

The incidence of nosocomial urinary tract infections (UTI) in the medical services of Santo Tomás Hospital from 1980 to 1985 was 56% in Neurology Section, 73% in cardiology and 74% in nephrology. These percentages declined, with epidemiological surveillance, to 21%, 31% and 53% respectively, for the period between 1986 and 1990. In the surgical services the incidence of nosocomial UTI was 85% in urology and 15% in general surgery, from 1980 to 1985. The incidence remained unchanged in urology (81%) and general surgery (17%) despite epidemiological surveillance, but decreased in neurosurgery (from 55% to 37%) for the period between 1986 and 1990. Between 1985 and 1990, Staphyloccocus aureus was the most frequently isolated bacterium from surgical wounds (34%) and from patients with intravenous catheters (23%). Pseudomonas aeruginosa was the most frequently isolated bacterium in nosocomial UTI (26%) and respiratory tract infections (45%) and in patients with nosocomial septicemia, it was a species of Klebsiella