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1 ne expression are associated with subsequent Gram-negative bacteremia.
2 use of antibiotic treatment in patients with gram-negative bacteremia.
3 ed on blood culture pellets in patients with gram-negative bacteremia.
4 alent complex with GBOMP may protect against gram-negative bacteremia.
5 c decision making in pediatric patients with Gram-negative bacteremia.
6 ous complications were rare and consisted of gram-negative bacteremia (1.6%), gram-positive bacteremi
7                                              Gram-negative bacteremia after trauma is, in part, conse
8   Mice receiving 11 doses of morphine showed gram-negative bacteremia and bacterial growth in samples
9 -positive bacteremia, from 5.3% to 41.9% for gram-negative bacteremia, and from 0.6% to 26.1% for fun
10 terobacteriaceae isolates from patients with gram-negative bacteremia at a 1,250-bed teaching hospita
11 am-positive bacteremia than in patients with gram-negative bacteremia, but this difference was not st
12 t on the clinical management of 35.1% of all gram-negative bacteremia cases, demonstrating a greater
13 be enriched in a cohort of 180 patients with gram-negative bacteremia, compared with 229 healthy cont
14 ociated with increased hospital mortality in Gram-negative bacteremia complicated by severe sepsis or
15 on was compared between the subjects in whom Gram-negative bacteremia developed and those in whom it
16 r injury in 10 subjects in whom subsequently Gram-negative bacteremia developed matched to 26 subject
17                                              Gram-negative bacteremia (GNB) is a major cause of illne
18                        Among 202 episodes of gram-negative bacteremia, Gram stain reporting had an im
19 g pediatric patients (aged </=18 years) with gram-negative bacteremia hospitalized at the Johns Hopki
20  to multiple organ failure in human cases of gram-negative bacteremia; however, little is known regar
21         We retrospectively reviewed cases of Gram-negative bacteremia in hospitalized patients over a
22       The use of beta-lactam monotherapy for gram-negative bacteremia in pediatric patients reduces s
23 m and an aminoglycoside for the treatment of gram-negative bacteremia is commonly prescribed in pedia
24                 Currently, the management of gram-negative bacteremia is determined by clinical judgm
25                                              Gram-negative bacteremia is highly fatal, and hospitaliz
26 appears to be differentially regulated after gram-negative bacteremia; LPS cleared by liver and lung
27 xpression associated with the development of Gram-negative bacteremia, reflecting suppression of both
28 the detrimental inflammatory response during Gram-negative bacteremia remain poorly defined.
29 n-regulation of adaptive immune genes in the Gram-negative bacteremia subjects.
30 reflecting suppression of innate immunity in Gram-negative bacteremia subjects.
31 s retrospective study included patients with gram-negative bacteremia treated with intravenous colist
32                             We observed that Gram-negative bacteremia was an independent risk factor
33                             The incidence of Gram-negative bacteremia was significantly reduced in th

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