ICU environmental surfaces are a reservoir of fungi: species distribution in northern Italy.

BACKGROUND: Preventing and reducing nosocomial infections is a public health goal. Concern about healthcare-associated fungal infections has increased in recent years due to the emergence and spread of new pathogens, increasing antifungal resistance and outbreaks in hospital settings. AIM: To investigate the presence of medically relevant fungal species on environmental surfaces in 12 intensive care units of eight hospitals in Milan, Italy. METHODS: Environmental samplings, using contact plates on surfaces near bed stations and medical workstations, were conducted between November 2019 and January 2020. Fungi isolated were identified, and some were tested in vitro for antifungal susceptibility. FINDINGS: In total, 401 environmental samples were collected from 61 bed stations and 17 medical workstations. Positive samples were found in all hospitals except one, with positivity rates ranging from 4% to 24.2%. Filamentous fungi were found mainly on infusion pumps (23.2%) and patient tables (21.2%), whereas yeasts were found mainly on computers (25%) and floors (10.9%). Fungi were isolated from 12% of total samples. Filamentous fungi, mainly Aspergillus fumigatus, grew in 70.8% of positive samples, and yeasts grew in 27.1%, mainly Candida parapsilosis (42.8%) and Candida glabrata (28.6%). Fungi were detected near patients' beds and on surfaces at workstations, indicating potential for environment-to-patient, patient-to-patient and healthcare worker-to-patient transmission. CONCLUSIONS: Surveillance in hospital settings through environmental sampling may be an important component of fungal infection prevention.

Waiting time for outpatient specialist care in Lombardy Region: evaluating accessibility and quality of information on websites of public health agencies and healthcare structures.

BACKGROUND: Waiting time for outpatient specialist care is an ever-present problem for all Countries with a universal healthcare system. In Italy, information about waiting times must be available on all websites belonging to public health agencies and healthcare structures. The aim of the present descriptive study is to evaluate the accessibility and quality of such information on websites of all public health agencies and healthcare structures in Lombardy Region. METHODS: All websites belonging to 8 health agencies (ATS), 27 public hospitals (ASST), 4 research and teaching hospitals (IRCCS) were analyzed using a newly designed 30-item checklist. The items were scored 0/1 and grouped in five categories: Accessibility, Architecture, Content, Interactivity, Utility. RESULTS: In all, 76.3% of websites reported their waiting times directly, but three did not update data at least monthly as required by current legislation. Less than half of websites provided information aimed at raising awareness and tackling no-shows, and only 10.5% explained the role of private practice in public structures when maximum waiting times are exceeded. CONCLUSIONS: The lack of exposition of waiting times on some websites belonging to ATS, ASST and IRCCS appears to be a relevant issue. There is also little empowering information that may help tackle waiting times themselves. These results warrant further efforts to improve accessibility, quality and transparency of information for all citizens.