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1 ostly negated if accompanied by decreases in infection control practice.
2 urveillance), promoted better adherence with infection control practices.
3 epidemiological investigations and influence infection control practices.
4 ded valuable information that will influence infection control practices.
5 on at 2 transfer hospitals having acceptable infection control practices.
6 treatment, culture conversion, and improved infection control practices.
7 al SSI risk factors and adherence to current infection control practices.
8 cility licensing inspections that scrutinize infection control practices.
9 d rapid and accurate data that could support infection control practices.
10 biotic regimens, intensive care measures and infection control practices.
11 ce or may be spread between patients by poor infection control practices.
12 udit tool, assessed compliance with specific infection control practices.
13 nd promoting strict adherence to established infection control practices.
14 We found no deficiencies in infection control practices.
15 no identifiable breaches in reprocessing or infection control practices.
16 rgeted empirical antimicrobial selection and infection control practices.
17 f antibiotics and increasing compliance with infection control practices.
18 contact tracing, and enforcement of hospital infection control practices.
19 umonia rates; and 6) performance feedback of infection-control practices.
20 lance is necessary for identifying lapses in infection-control practices.
21 identified no deficiencies in the surgeon's infection-control practices.
22 despite apparent compliance with recommended infection-control practices.
24 HAI surveillance definitions.The Healthcare Infection Control Practices Advisory Committee, a federa
25 hese findings provide important insights for infection control practice and signpost areas for interv
26 t the importance of adherence to appropriate infection control practices and disinfection strategies.
28 ance have focused on increasing adherence to infection control practices and improving antibiotic uti
29 Training improved health-care workers' (HCW) infection control practices and personal protective equi
32 ncomycin-resistant enterococci, and compared infection-control practices and screening policies for v
33 he extent to which hospital characteristics, infection control practices, and compliance with prevent
34 ine surveillance for most IFIs, adherence to infection control practices, and health-care provider aw
35 receiving transplanted tissues, and rigorous infection control practice are necessary during tissue h
36 rbapenemase-producing Enterobacterales (CPE) infection control practices are based on the paradigm th
39 2 in asymptomatic patients and that standard infection control practices are sufficiently capable of
40 lection of personal protection equipment and infection control practices at a time when resources are
41 atients combined with effective multifaceted infection control practices can reduce the transmission
42 l cooperation appears necessary, with strict infection control practices coupled with restriction of
43 es has important implications for optimizing infection control practices; establishing antimicrobial
44 gic malignancy unit, which followed the same infection control practices except for the mask policy.
46 filtration, and strict compliance with basic infection control practices for blood culture procuremen
49 hospitals regularly used several fundamental infection control practices for MRSA and MDR-AB (ie, con
51 as improved and more rigorous management and infection-control practices have been adopted for treati
52 be preventable through adherence to current infection control practices; however, the etiology of wo
53 aning, and antibiotic stewardship); advanced infection control practices (ie, active surveillance, ch
54 rgeted for RSV prevention strategies such as infection control practices, immunoprophylaxis, and futu
55 has major implications for public health and infection control practice in healthcare facilities.
56 g and services and review and improvement of infection control practices in all types of health care
58 nd veterinary medicine is critical to inform infection control practices in veterinary settings and c
61 r Disease Control and Prevention recommended infection control practices, including use of personal p
62 l attention to antimicrobial stewardship and infection control practices is essential to curb this no
63 stic and surveillance testing and subsequent infection control practices may be impacted by the frequ
64 -spectrum oral antibiotics and probably poor infection control practices may facilitate spread of thi
65 One Health" strategy, fully resourcing basic infection control practices, not performing universal sc
66 he injection, medication handling, and other infection control practices of all staff under their sup
71 ica, and the Association of Professionals in Infection Control practice recommendations for methicill
72 urine of some patients, standard and droplet infection-control practices should be maintained with th
73 f MRSA colonization or infection facilitates infection control practices that are effective at limiti
74 arriers to end-of-life care arose because of infection control practices that mandated visiting restr
78 es and unique opportunities to augment usual infection control practice with specific source-control