[Challenges and initiatives in the prevention of healthcare associated infections: Expert consensus study]

INTRODUCTION

The objective of the project was to identify new strategies, agreed upon by experts, that help reduce the prevalence of Health Care Related Infections (HAIs) given the increase in their prevalence as a result of the pandemic and improve patient safety.

MATERIAL AND METHODS

The project was developed in three phases. The first two are framed in a sequential explanatory mixed model. Phase 1 consisted of a quantitative study (anonymous survey) to find out the perception of healthcare professionals about HAIs, risk factors, preventive measures, protocols, disinfection products and approaches. Phase 2 consisted of a qualitative exploratory study in which a panel of 15 experts analyzed the results, using focus group techniques, integrating both phases through the elaboration of metainferences. Phase 3 consisted of a qualitative descriptive study where, through nominal group techniques, agreed proposals for strategies to prevent HAIs were prepared.

RESULTS

The panel of experts defined a total of 51 proposals for new strategies: 15 in hand hygiene, 13 in surface cleaning, 13 in the use of devices, and 10 in HAI prevention training. Of all of them, 13 were agreed upon as preferable (medium-high viability and high impact) and 7 as recommendable (low viability and high impact).

CONCLUSIONS

In the prevention of HAIs, experts recommend applying different strategies simultaneously, which include innovative, technological and humanization aspects, both in data collection, intervention and training, prioritizing those with the greatest impact. and feasibility.

Prevalence study on health-care associated infections and on the use of antimicrobials carried out with the light protocol of the European Centre for Disease Prevention and Control

BACKGROUND

Prevalence surveys can be helpful to assess Health-care Associated Infections and antimicrobial use in healthcare settings, as well as infection control interventions. The aim of this study was to estimate the prevalence of both Health-care Associated Infections and antimicrobial use in acute care wards in the University Hospital of Sassari according to the European Centre for Disease Prevention and Control light protocol.

METHODS

According to the case-finding algorithm, information was collected only if the patient had received at least one antimicrobial at the time of the survey or if the patient had an active infection associated with an acute care hospital stay. Data were collected over a span of a week, on a single day for every ward.

RESULTS

The survey included 588 patients. A total number of 49 Health-care Associated Infections were observed on 43 patients with an overall prevalence of 7.3%. Urinary tract infections were the most common Health-care Associated Infection. The antimicrobial use prevalence was 44.6%. Results for microbiological investigation were available for 27 Health-care Associated Infections (55.1%) with 36 identified microorganisms. A total of 343 antimicrobials were administered, mainly for the treatment of an infection (57.4%). Combinations of penicillins, including beta-lactamase inhibitors, were the most frequently prescribed (35.0%).

CONCLUSIONS

To our best knowledge, this is the first prevalence study carried out in Italy following the light protocol. This study suggests that the prevalence of patients with Health-care Associated Infections in our hospital is slightly higher than the one observed by the European Centre for Disease Prevention and Control point prevalence survey of 2011, and lower than the one observed in the last national survey of 2016. The European Centre for Disease Prevention and Control light protocol proved applicable in acute-care hospitals with high complexity of structures and particular distribution of wards in order to perform a point prevalence study more quickly, without decreasing its value and its comparability to other similar studies.