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Zasady prenumeraty miesięcznika Wiadomości Lekarskie na rok 2019 Zamówienia na prenumeratę przyjmuje Wydawnictwo AlunaWL-5-cz-II-2019DISCUSSION
This report presents the first surveillance data across all
HAI types in ICUs from Ukraine. Surveillance for surgical
site infections was not performed in this study.
HAI surveillance data are crucial for informing priorities
for infection control. The surveillance data described in this
report identify several priority areas for prevention. First,
PNEU, primary BSIs, and UTIs represented over 80% of HAIs
reported and should be the focus for infection prevention
(e.g., prevention of device-associated infections [14]) and
continued surveillance efforts. The highest CLABSI rate
was reported from NICUs, indicating an important target
for CLABSI prevention. Second, gram-negative organisms
were commonly associated with HAIs, and high rates of
antimicrobial resistance were present in participating ICUs.
The cumulative incidence of HAIs in ICU wards varies
widely among countries (5%–38.9%) [15], and the detected
rate in the present surveillance (9.2%) was in the range
of values specified in other studies. Data reported by The
European Surveillance System showed that, in 2014, 8%
of the patients staying in the ICU for more than 2 days
presented at least one HAI [16]. The HAI incidence rate of
9.1 per 1000 patient days was less than that noticed in the
study from the USA where the rate of HAI in an adult ICU
was shown to be 16.2 per 1000 patient days [17].
PNEU was the most commonly identified HAI in this
surveillance system. The majority of HAIs in ICUs are
associated with the use of invasive devices. Therefore,
our surveillance system paid particular attention to DAIs,
since a significant proportion of these HAIs are considered
preventable. The findings showed that the most common
DAI was VAP (46.8%), consistent with the reported
literature. Globally, the VAP rate we observed (18.2/1000
MV days) was higher than the surveillance data from
Germany (5.4/1000 MV days) [18] and from the United
States where the VAP incidence rate was 2.1 per 1000 device
days in medical/surgical major teaching ICUs [19].
The CLABSI incidence rate (8.2 per 1000 CL days) we
observed was much lower than that reported from limited-
resource countries [20], but higher than 1.1 per 1000 CL
days reported in the medical/surgical major teaching ICUs
in the healthcare facilities adhering to NHSN surveillance
[19]. In the SPIN-UTI, in the 2010–2011 survey, and in the
GiViTi projects the CLABSI incidence rate was 1.8 and
1.9 per 1000 CVC days, respectively [21]. The higher rate
in the present surveillance could be explained by a high
CL utilization ratio, exceeding the 90th percentile of the
NHSN distribution for medical/surgical major teaching
ICUs. Intravascular devices remain an essential component
of ICU care, but many studies recognize CL duration as a
risk factor for CLABSI [22].
The reasons for lower CAUTI rates observed in the
present study compared with other studies may be related
to the effectiveness of the interventions implemented in
our setting. They included educational strategies, UC
avoidance, policies for UC insertion, daily necessity
review and limiting catheter days that have been proven
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